mhurhangee/patent-ind-claim-en huggingface dataset:
A helico-axial pump for conveying a multiphase mixture (M), which helico-axial pump includes a rotor rotatably journalled about a longitudinal axis (A) in a pump housing and having a first part rotor and a second part rotor , wherein the first part rotor and the second part rotor includes a compression stage (K, K1E, K1A, K2E, K2A) having a helico-axial impeller and a stator for the compression of the multiphase mixture (M), wherein a hydrodynamic stabilization bush having a stabilization surface is provided and arranged between the first part rotor and the second part rotor such that a stabilization gap is formed along the substantially axially extending stabilization surface so that in the operating state a hydrodynamic stabilization layer (S) can be formed from a stabilization medium in the stabilization gap , wherein a first output compression stage (K1A) of the first part rotor and a second output compression stage (K2A) of the second part rotor are each arranged adjacent to the stabilization bush , wherein the first part rotor and the second part rotor are provided in a back-to-back arrangement in the pump housing , characterized in that the multiphase mixture (M) can be supplied via an intake opening to a first annular space (R1) and a second annular space (R2) of a first input compression stage (K1E) of the first part rotor and can be discharged again via a first output compression stage (K1A) from the first part rotor into a first cross-passage (KR1), and the multiphase mixture (M) can be supplied from the first cross-passage (KR1) via a third annular space (R3) to a second input compression stage (K2E) of the second part rotor and can be discharged again via a second output compression stage (K2A) from the second part rotor via a second cross-passage (KR2), a fourth annular space (R4), and a pressure opening from the helico-axial pump.
A hydrophilic treatment method of using a surface treatment liquid comprising a resin (A) and a solvent (S) to make a surface of a treatment target hydrophilic, the hydrophilic treatment method comprising: forming a coating film by coating the surface of the treatment target with the surface treatment liquid; and forming a coating having a film thickness of 10 nm or less on the surface of the treatment target by rinsing the coating film with a rinse liquid, wherein the resin (A) comprises a constituent unit (a1) derived from an N-substituted (meth) acrylamide having a hydrophilic group, in at least one of the molecular chain terminals of the resin (A), a terminal group which comprises a silanol group and/or a reactive silyl group having a group to generate a silanol group by hydrolysis is bonded, a pH of the surface treatment liquid is 4 or less, and wherein the constituent unit (a1) is a constituent unit derived from a monomer represented by formula (A1) below: CH 2 =CR 2 -CO-NH-R 1 (A1) (in formula (A1), R 1 represents an alkyl group which is substituted with one or more groups selected from a group consisting of an amino group, a sulfonic acid group, and a hydroxyl group and has 1 or more and 4 or less carbon atoms, and R 2 represents a hydrogen atom or a methyl group). forming a coating film by coating the surface of the treatment target with the surface treatment liquid; and forming a coating having a film thickness of 10 nm or less on the surface of the treatment target by rinsing the coating film with a rinse liquid, wherein the resin (A) comprises a constituent unit (a1) derived from an N-substituted (meth) acrylamide having a hydrophilic group, in at least one of the molecular chain terminals of the resin (A), a terminal group which comprises a silanol group and/or a reactive silyl group having a group to generate a silanol group by hydrolysis is bonded, a pH of the surface treatment liquid is 4 or less, and wherein the constituent unit (a1) is a constituent unit derived from a monomer represented by formula (A1) below: CH 2 =CR 2 -CO-NH-R 1 (A1) (in formula (A1), R 1 represents an alkyl group which is substituted with one or more groups selected from a group consisting of an amino group, a sulfonic acid group, and a hydroxyl group and has 1 or more and 4 or less carbon atoms, and R 2 represents a hydrogen atom or a methyl group).
A system for treating periprosthetic fractures, comprising: a periprosthetic bone plate including: a head portion sized and shaped so that, in an operative position, a proximal end thereof aligns with a vastus ridge of a greater trochanter of a femur; and a shaft portion extending distally from the head portion , the shaft portion including pairs of offset holes extending through the shaft portion to receive bone fixation elements therethrough, each of the pairs of offset holes including a first hole positioned on a first side of a longitudinal axis of the bone plate and a second hole positioned on a second side of the longitudinal axis opposite the first side so that bone fixation elements inserted therethrough extend anterior and posterior of a prosthetic received within the femur, the first and second holes staggered relative to one another along a length of the shaft portion and extending beyond longitudinal edges of the shaft portion , characterized in that a distance between adjacent pair of offset holes is selected to permit a locking attachment plate , to be mounted thereover, without interfering with either of the first and second holes of each pair of offset holes . a head portion sized and shaped so that, in an operative position, a proximal end thereof aligns with a vastus ridge of a greater trochanter of a femur; and a shaft portion extending distally from the head portion , the shaft portion including pairs of offset holes extending through the shaft portion to receive bone fixation elements therethrough, each of the pairs of offset holes including a first hole positioned on a first side of a longitudinal axis of the bone plate and a second hole positioned on a second side of the longitudinal axis opposite the first side so that bone fixation elements inserted therethrough extend anterior and posterior of a prosthetic received within the femur, the first and second holes staggered relative to one another along a length of the shaft portion and extending beyond longitudinal edges of the shaft portion , characterized in that a distance between adjacent pair of offset holes is selected to permit a locking attachment plate , to be mounted thereover, without interfering with either of the first and second holes of each pair of offset holes .
Shoe sole comprising: - a sole bottom, provided with a plurality of ground contact zones ; - a sole top designed to support the foot of the user; - at least one of the ground contact zones being provided with non-slip textures arranged on an apex of at least one tread pattern, characterized in that the contact zone provided with textures comprise a plurality of elements that protrude or are recessed with respect to the surface , each element extending substantially perpendicular (θ=90°) to the contact surface and in that the recessed or protruding elements of the texture are formed as an integral part of the said sole and in that all or some of the protruding elements are strands distributed through the texture at a density at least equal to one strand per square millimetre (mm 2 ), each strand having a mean cross section comprised between 0.003 mm 2 and 1 mm 2 and/or all or some of the protruding elements are substantially mutually parallel strips , the spacing of the strips through the texture being at most equal to 0.5 mm, each strip having a mean width comprised between 0.03 mm and 0.25 mm. - a sole bottom, provided with a plurality of ground contact zones ; - a sole top designed to support the foot of the user; - at least one of the ground contact zones being provided with non-slip textures arranged on an apex of at least one tread pattern,
Fitting for limiting an opening width of a sash of a window, a French window or the like, which sash can be pivoted with respect to a frame , comprising a fitting arrangement on the sash side and a fitting arrangement on the frame side, comprising a limiting element which connects the fitting arrangements to one another, one of the fitting arrangements having a stop and a latching means opposite the stop for limiting the opening width, a slider coupled to the limiting element being guided in a longitudinally movable manner in one of the fitting arrangements and the fitting arrangement guiding the slider having the stop , the stop being arranged at the end of an elongate latching recess and the latching means being designed as a movable latching hook and penetrating into the latching recess , the slider having a sliding block , the shape of which is adapted to a guide groove in the sash or frame , and the sliding block being latched to the slider , characterized in that the slider and a bearing part , which can connect the fitting parts to one another, are connected to one another in a latchable manner via a braking and coupling device .
A method for assisting the control of a forest work machine , to which forest work machine a light source is adapted, whereby the light source is adapted to produce at least one specifically defined specified-form light pattern , which information content is produced in a control unit of the forest work machine and is projected to one or more different parts of the surroundings around the forest work machine, these surroundings forming a working area, and the information content is based on predefined, planned measures controlled by the control unit to be performed on each working area, or restrictions of measures to be performed, characterized by projecting, on a tree trunk chosen from the working area to be processed by the forest work machine , bucking information produced by the control unit in the forest work machine. the light source is adapted to produce at least one specifically defined specified-form light pattern , which information content is produced in a control unit of the forest work machine and is projected to one or more different parts of the surroundings around the forest work machine, these surroundings forming a working area, and the information content is based on predefined, planned measures controlled by the control unit to be performed on each working area, or restrictions of measures to be performed, characterized by projecting, on a tree trunk chosen from the working area to be processed by the forest work machine , bucking information produced by the control unit in the forest work machine.
A radio-frequency coaxial electric connector with a contact element, comprising a plug and a socket , in which the plug comprises a plug outer conductor , a plug insulator and a plug inner conductor , the socket comprises a socket outer conductor , a socket dielectric body and a socket inner conductor , wherein a contact element is provided between the plug outer conductor and the socket outer conductor , the contact element is cylindrical; at a front part of the contact element , the contact element is divided into a plurality of elastic cantilever beams with axial cut grooves ; at a rear part of the contact element , an annular contact ring is formed; the cantilever beams of the contact element are axially elongated from the contact ring , a radial outward annular contact is provided at a front end of each one of the cantilever beams, wherein in a cross-section passing through a central axis of the contact element , an outer profile of the annular contact is an arc or a line; the contact ring at the rear part of the contact element is fixed into a plug first step hole provided in the plug outer conductor in an interference fit manner; the annular contacts at the front part of the elastic cantilever beams are inserted into the socket outer conductor and are tightly and radially in electrical contact with an inner wall of a socket first step hole of the socket outer conductor , characterized in that at the rear of the plug first step hole , there is provided with a plug second step hole ; at the front of the plug first step hole , there are provided with a plug third step hole and a plug fourth step hole one after another; an outer diameter of the plug fourth step hole is greater than an outer diameter of the plug third step hole ; the outer diameter of the plug third step hole is greater than an outer diameter of the plug first step hole ; the outer diameter of the first step hole is greater than an outer diameter of the plug second step hole ; and the plug second step hole contains and fixes the plug insulator .
A sowing coulter arrangement of an agricultural machine for the spreading of materials to be distributed, such as seeds, fertilisers, or the like, the sowing coulter arrangement comprising at least: - a suspension device for the mounting of the sowing coulter arrangement on a frame structure; - a coulter frame for the mounting of components of the sowing coulter arrangement thereon, the coulter frame being connected to the suspension device ; - a coulter disc for the creating of a seed furrow, the coulter disc being disposed in a rotatable manner on the coulter frame , and/or a furrow opener for the creating of a seed furrow; - a pressure roller for the closing of the seed furrow, the pressure roller being pivot-mounted and/or tandem-mounted on the coulter frame and being mounted in a rotatable manner via a pivot point , or furrow-closing implements for the closing of the seed furrow; - a metering device for the dispensing in an at least largely separated manner of the material to be distributed; - a seed tube for the transporting of the material to be distributed from the metering device to a seed furrow; and - a catching element for the catching of the material to be distributed, the catching element being disposed downstream of the outlet of the seed tube ; characterised in that the metering device , the seed tube , and the catching element form a constructional unit and are mounted on a carrier that is pivotably affixed to the coulter frame , whereby an arrangement of the particular outlet of the seed tube in relation to the particular catching element is at all times kept largely constant. - a suspension device for the mounting of the sowing coulter arrangement on a frame structure; - a coulter frame for the mounting of components of the sowing coulter arrangement thereon, the coulter frame being connected to the suspension device ; - a coulter disc for the creating of a seed furrow, the coulter disc being disposed in a rotatable manner on the coulter frame , and/or a furrow opener for the creating of a seed furrow; - a pressure roller for the closing of the seed furrow, the pressure roller being pivot-mounted and/or tandem-mounted on the coulter frame and being mounted in a rotatable manner via a pivot point , or furrow-closing implements for the closing of the seed furrow; - a metering device for the dispensing in an at least largely separated manner of the material to be distributed; - a seed tube for the transporting of the material to be distributed from the metering device to a seed furrow; and - a catching element for the catching of the material to be distributed, the catching element being disposed downstream of the outlet of the seed tube ;
A monitoring management method, performed by a monitoring management device of a communication network, wherein the method comprises: receiving (S202) from a monitoring initiator a request message for requesting creation of a resource, wherein the resource is configured for monitoring management, and the request message contains at least the following parameter: an event to be monitored; creating (S204) the resource according to the request message, and creating an attribute of the resource according to the parameter contained in the request message; sending a monitoring request message to a bearer network according to the attribute of the resource, wherein the monitoring request message is configured to instruct the bearer network to monitor the event to be monitored, and the monitoring request message contains the attribute of the resource; receiving (S208) and storing a monitoring report, wherein the monitoring report contains a monitoring result; and when another monitoring initiator requests for monitoring the event to be monitored, sending the stored monitoring report to the other monitoring initiator directly. receiving (S202) from a monitoring initiator a request message for requesting creation of a resource, wherein the resource is configured for monitoring management, and the request message contains at least the following parameter: an event to be monitored; creating (S204) the resource according to the request message, and creating an attribute of the resource according to the parameter contained in the request message; sending a monitoring request message to a bearer network according to the attribute of the resource, wherein the monitoring request message is configured to instruct the bearer network to monitor the event to be monitored, and the monitoring request message contains the attribute of the resource; receiving (S208) and storing a monitoring report, wherein the monitoring report contains a monitoring result; and when another monitoring initiator requests for monitoring the event to be monitored, sending the stored monitoring report to the other monitoring initiator directly.
A biomolecule analyser, comprising: a transfer membrane ; a conveying unit that conveys the transfer membrane along a predetermined conveying direction; a separation unit that perpendicularly abuts the transfer membrane and is installed vertically, separates analyte by way of electrophoresis, and dispenses the analyte that has been separated to the transfer membrane ; an electrode that is disposed at a position which is separated by a certain distance in the conveying direction from a contact location between the separation unit and the transfer membrane , characterized in that , an insulating electrode cover is disposed at an upper part of the electrode to abut the electrode or be separated from the electrode , wherein the insulating electrode cover is arranged so that it will constrict an electrical line of force between the electrode and the contact location at the dispensing part during electrophoresis and dispensing of separated analyte onto the transfer membrane . a transfer membrane ; a conveying unit that conveys the transfer membrane along a predetermined conveying direction; a separation unit that perpendicularly abuts the transfer membrane and is installed vertically, separates analyte by way of electrophoresis, and dispenses the analyte that has been separated to the transfer membrane ; an electrode that is disposed at a position which is separated by a certain distance in the conveying direction from a contact location between the separation unit and the transfer membrane , characterized in that , an insulating electrode cover is disposed at an upper part of the electrode to abut the electrode or be separated from the electrode , wherein the insulating electrode cover is arranged so that it will constrict an electrical line of force between the electrode and the contact location at the dispensing part during electrophoresis and dispensing of separated analyte onto the transfer membrane .
A solid pigment dispersion comprising one or more pigments approved for cosmetic use and a combination of one or more oils and one or more waxes that are plant-based, wherein the dispersion is in the form of a dry powder, wherein the pigment is present in an amount from 25-75% by weight, and the ratio of wax:oil is from 1:1 to 4:1, and wherein the particle size of the pigment is less than 15 μm as measured on a Hegman grind gauge according to ASTM D1210-05 with additional heat, wherein the method involves the application of the pre-melted dispersion on the Hegman gauge 50-0 microns channel, pre-heated to 50 °C, using a scraper in order to obtain a continuous layer in the well from top to bottom.
Actuating element with corona illumination, having a handle , having a horizontal actuating surface with a circumferential edge of the handle , which edge projects in the direction facing away from the actuating surface , and having a light source which is arranged in the housing interior and whose light is guidable to the annular gap via a ring-like light guide corresponding to the edge of the handle and through said annular gap radially outwards towards the outside of the housing wall , having electrical and/or electronic components arranged in the housing interior , wherein the handle is linearly movable in a stationary housing from a raised non-actuating position to a lowered actuating position by manually acting on its horizontal actuating surface , and the circumferential edge of the handle forms an annular gap between its end facing away from the actuating surface and a housing wall , said annular gap leading radially outwards to the housing exterior surrounding the handle in order to move the handle linearly from the housing interior underneath the actuating surface , characterized in that the ring-like light guide has an annular wall which extends in the direction of linear movement of the handle and through which the housing interior having the light source and the electrical and/or electronic components is separated from the region of the end of the annular gap directed towards the housing interior , wherein an annular duct , which opens outwards at its lower end, is formed between the annular wall and the housing surrounding the annular wall, and wherein light guide and annular wall are embodied in one piece.
A dowel with alternative embedding of the thrust plate (1.3) in the insulating panel, comprising a dowel shank (1.1) with a thrust plate (1.3) on its one end, with an expansion section (1.4) on the opposite end, an expanding element , and a compressible section (1.2) on the shank (1.1) in the form of longitudinal segments (1.2.1) created by at least two longitudinal slots (1.2.2) in the wall of said shank (1.1), while the length of the compressible section (1.2) is at least two-and-half times longer than the outer diameter of said shank (1.1), wherein the compressible section (1.2) is situated on a cylindrical part of the shank (1.1) of the dowel, and that close to both ends of said longitudinal slots (1.2.2) and about in the middle of said longitudinal segments (1.2.1) the walls of said shank (1.1) are weakened, and wherein a weakening of the walls of the shank (1.1) close to the ends of slots (1.2.2) and in the middle of longitudinal segments (1.2.1) is each created by a cross groove (1.2.3) on the inner or on the outer wall of the shank (1.1), characterized in that the compressible section (1.2) is separate from the expansion section (1.4), wherein the diameter of the expansion section (1.4) is smaller than the diameter of the compressible section (1.2), the dowel further comprising an element for creating of a cut-through for deep embedding of said thrust plate (1.3) being created by an individual cutting-through element .
Sensor for detecting the position thereof relative to a guide face , comprising a housing , on the base face of which a planar, elongately formed ultrasound converter array is located which consists of a plurality of measurement ultrasound converters which are oriented with the sound-emitting converter surfaces thereof parallel to the ultrasound converter array, and an electronic evaluation device , which emits measurement values for the position of the guide face as a function of measurement signals of the measurement ultrasound converter, characterised in that a reference ultrasound converter is additionally attached to each of the two outer ends of the ultrasound converter array, said reference ultrasound converters being orientated with the sound-emitting converter surfaces thereof likewise parallel to the ultrasound converter array, and in each case a reflector face is attached spaced apart from the base face and in line with the reference ultrasound converters, said reflector faces each being inclined at 45° to the associated reference ultrasound converter and facing towards one another and thus forming a reference measurement path (R) of a known length between the two reference ultrasound converters.