mhurhangee/patent-ind-claim-en huggingface dataset:
A liquid extraction assembly for extracting liquid from a mass comprising: a housing having an inlet and an outlet; the housing further including a path between the inlet and the outlet; the housing being configured to have the mass forced into the inlet to move the mass from the inlet to the outlet; the housing including at least one rotating screen adjacent the path, the at least one rotating screen defining one wall of the path; the at least one rotating screen including a plurality of openings located at the path; wherein pressure from mass forced into the inlet presses the mass against the openings of the at least one rotating screen to thereby force at least a portion of liquid in the mass to pass through the openings of the at least one rotating screen ; whereas the rotating screen comprises a pair of opposite slotted screens ; characterized in that : the housing has at least one stirring arm extending into the path between the inlet and the outlet, the at least one stirring arm stirring the mass in the path; whereas the stirring arm is arranged between the slotted screens such that, it mixes the mass after it has moved partially through the path in order to provide improved uniformity of the mass to allow more liquid to pass through the slotted screens. a housing having an inlet and an outlet; the housing further including a path between the inlet and the outlet; the housing being configured to have the mass forced into the inlet to move the mass from the inlet to the outlet; the housing including at least one rotating screen adjacent the path, the at least one rotating screen defining one wall of the path; the at least one rotating screen including a plurality of openings located at the path; wherein pressure from mass forced into the inlet presses the mass against the openings of the at least one rotating screen to thereby force at least a portion of liquid in the mass to pass through the openings of the at least one rotating screen ; whereas the rotating screen comprises a pair of opposite slotted screens ; characterized in that : the housing has at least one stirring arm extending into the path between the inlet and the outlet, the at least one stirring arm stirring the mass in the path; whereas the stirring arm is arranged between the slotted screens such that, it mixes the mass after it has moved partially through the path in order to provide improved uniformity of the mass to allow more liquid to pass through the slotted screens.
An arrangement in a rail vehicle brake unit for decreasing the risk for bending of a brake force transmitting spindle extending out of the brake unit, the spindle being part of a slack adjuster mechanism in the brake unit comprising an adjuster tube coaxial with the spindle , characterized by a spindle sleeve , which extends along the spindle a distance appropriate for preventing bending of the spindle , has an inner diameter slightly exceeding the outer diameter of the spindle and is guidingly connected to the adjuster tube .
A display system for environment regions of a vehicle , comprising: at least an image capturing unit arranged at the vehicle in a housing outwardly protruding from the vehicle , a processing unit , a display unit providing and outputting vehicle environment information captured by the image capturing unit to the driver, and a capturing means for capturing the position of the image capturing unit and of the housing enabling the driver to identify the position of the image capturing unit and of the housing with regard to the vehicle environment. at least an image capturing unit arranged at the vehicle in a housing outwardly protruding from the vehicle , a processing unit , a display unit providing and outputting vehicle environment information captured by the image capturing unit to the driver, and a capturing means for capturing the position of the image capturing unit and of the housing enabling the driver to identify the position of the image capturing unit and of the housing with regard to the vehicle environment.
Optical element for influencing a light emitted by a light source , comprising - a front side , which faces away from the light source , and - a rear side , which faces the light source , wherein a light entry region for entry of the light formed by a recess is configured on the rear side and a deflecting surface region is configured as well, and a front side surface region is configured on the front side , wherein the design is such that first light beams (L1) of the light which enter the optical element via the light entry region are totally reflected on the deflecting surface region and then leave the optical element via the front side surface region , wherein the front side surface region is shaped such that second light beams (L2) of the light which enter the optical element via the light entry region and then impinge directly on the front side surface region experience total reflection there, characterized in that, the recess is designed with boundary walls, the outer surfaces of which define a conical section shape, wherein the optical element is elongated so that it extends along a longitudinal axis (L), wherein the light entry region is formed by a plurality of recesses provided in a row, wherein the row extends parallel to said longitudinal axis L. - a front side , which faces away from the light source , and - a rear side , which faces the light source , wherein a light entry region for entry of the light formed by a recess is configured on the rear side and a deflecting surface region is configured as well, and a front side surface region is configured on the front side , wherein the design is such that first light beams (L1) of the light which enter the optical element via the light entry region are totally reflected on the deflecting surface region and then leave the optical element via the front side surface region , wherein the front side surface region is shaped such that second light beams (L2) of the light which enter the optical element via the light entry region and then impinge directly on the front side surface region experience total reflection there,
A process for the manufacture of a test device for the detection of the presence or the absence of an analyte in a liquid sample, wherein an indicator color is fixed to a solid support and the solid support is bonded to a holding element, wherein indicator dye molecules from an aqueous solution are fixed by means of covalent bonding to a free surface of a carrier formed from sterile, absorbent fibres of cellulose, polyurethane hydrogels, poly(hydroxyethylmethacrylate), aminopolymers, polyacrylates, silicones, epoxides, sol-gel glasses, polyolefins or mixtures thereof, and wherein the fibres constituting the carrier having the indicator molecules fixed thereto are subjected, after repeated washing, to pressing essentially to form spherical, cylindrical or drop-shaped absorbent bodies and to a subsequent sterilisation and drying, characterized in that said fibres are molecularly imprinted or loaded with receptor molecules.
Pneumatic vehicle tyre having a tread , two sidewalls and two bead regions , wherein axially on the outside (A) at least on one tyre sidewall at the level of or above the bead region there is a rim protection rib running around the circumference of the tyre sidewall, wherein, as viewed in the tyre cross section, an axially outer contour of the rim protection rib has a concave curvature, characterized in that, as viewed in the tyre cross section, the axially outer contour of the rim protection rib • begins radially on the outside with a convexly curved first region which tangentially adjoins an axially outer contour of the sidewall and differs in its curvature from a curvature of the sidewall adjoining the rim protection rib radially on the outside, • in that the first region merges radially inward tangentially into a concavely curved second region , • in that the second region merges tangentially into a convexly curved third region and in that the second region is designed as a circular arc with a radius R2 of 30 mm to 40 mm, • and in that the third region merges tangentially into a fourth region encompassing the axially outermost point of the rim protection rib . • begins radially on the outside with a convexly curved first region which tangentially adjoins an axially outer contour of the sidewall and differs in its curvature from a curvature of the sidewall adjoining the rim protection rib radially on the outside, • in that the first region merges radially inward tangentially into a concavely curved second region , • in that the second region merges tangentially into a convexly curved third region and in that the second region is designed as a circular arc with a radius R2 of 30 mm to 40 mm, • and in that the third region merges tangentially into a fourth region encompassing the axially outermost point of the rim protection rib .
A polymer system comprising: poly(vinyl chloride); a filler that is a combination of talc and calcium carbonate; and a polyester additive that is a polyhydroxyalkanoate (PHA), wherein the amount of PHA in the polymer system is from 1 pph PVC to 10 pph PVC and wherein the filler is present in the amount from 25 pph to 60 pph PVC. poly(vinyl chloride); a filler that is a combination of talc and calcium carbonate; and a polyester additive that is a polyhydroxyalkanoate (PHA), wherein the amount of PHA in the polymer system is from 1 pph PVC to 10 pph PVC and wherein the filler is present in the amount from 25 pph to 60 pph PVC.
Plastic tube consisting of three layers, an inner layer adjoining the interior , a middle layer directly adjoining the inner layer and an outer layer directly adjoining the middle layer , wherein the inner layer is based on or essentially consists of a mixture of PA12 and PA612, the proportion of PA612 being in the range of 20-40% by weight of the total moulding compound of the inner layer , the middle layer is formed on the basis of PA612 and/or PA616 or essentially consists thereof the outer layer is formed on the basis of a mixture of PA12 and PA612 or essentially consists thereof, the proportion of PA612 being in the range of 20-40% by weight of the total moulding compound of the outer layer .
A drug delivery device for dispensing of a liquid medicament, the device comprising: - a housing to accommodate a cartridge filled with the medicament and having a piston slidably displaced inside the cartridge along an axial direction and sealing a proximal end of the cartridge , - the cartridge being arranged inside the housing , - a drive mechanism having a piston rod extending along the axial direction and being at least displaceable from a proximal end position (P) in distal direction to displace the piston in distal direction , - at least one distal support facing in proximal direction to axially abut a distally facing support face of the cartridge , characterized in that - an axial distance (D) between the distal support and a distal end of the piston rod when in the proximal end position (P) is smaller than an effective length (L) of the cartridge , which effective length (L) is determined as the axial distance between a proximal face of the piston and the distally facing support face . - a housing to accommodate a cartridge filled with the medicament and having a piston slidably displaced inside the cartridge along an axial direction and sealing a proximal end of the cartridge , - the cartridge being arranged inside the housing , - a drive mechanism having a piston rod extending along the axial direction and being at least displaceable from a proximal end position (P) in distal direction to displace the piston in distal direction , - at least one distal support facing in proximal direction to axially abut a distally facing support face of the cartridge , characterized in that - an axial distance (D) between the distal support and a distal end of the piston rod when in the proximal end position (P) is smaller than an effective length (L) of the cartridge , which effective length (L) is determined as the axial distance between a proximal face of the piston and the distally facing support face .
An arrangement for a chromatography column comprising: a stand provided with a platform adapted to receive a second end of a tubular housing of the chromatography column and for supporting the arrangement on the floor ; an adaptor assembly movable within said tubular housing ; a first end unit having a first end connected to a frame and an opposite second end removably connectable to a first end of the tubular housing ; and an adaptor rod connectable to said adaptor assembly , which adaptor rod is arranged to extend through an opening in the first end unit ; characterised in that the frame and the first end unit can be lifted and lowered in a substantially vertical direction relative to the stand where the tubular housing rests, allowing the tubular housing to be removed and substituted for another tubular housing with different diameter in relation to the removed tubular housing when the frame and the first end unit are lifted, wherein the first end unit is adapted to be connectable to different tubular housings with different diameters, wherein the adaptor rod is removably connected to said adaptor assembly , so that the adaptor assembly may be removed and substituted for another adaptor assembly adapted to the substituted tubular housing . a stand provided with a platform adapted to receive a second end of a tubular housing of the chromatography column and for supporting the arrangement on the floor ; an adaptor assembly movable within said tubular housing ; a first end unit having a first end connected to a frame and an opposite second end removably connectable to a first end of the tubular housing ; and an adaptor rod connectable to said adaptor assembly , which adaptor rod is arranged to extend through an opening in the first end unit ; characterised in that the frame and the first end unit can be lifted and lowered in a substantially vertical direction relative to the stand where the tubular housing rests, allowing the tubular housing to be removed and substituted for another tubular housing with different diameter in relation to the removed tubular housing when the frame and the first end unit are lifted, wherein the first end unit is adapted to be connectable to different tubular housings with different diameters, wherein the adaptor rod is removably connected to said adaptor assembly , so that the adaptor assembly may be removed and substituted for another adaptor assembly adapted to the substituted tubular housing .
A channel encoding method, comprising: obtaining (Sioi) A to-be-encoded information bits; mapping (S102) the A to-be-encoded information bits and L cyclic redundancy check, CRC, bits to a first bit sequence based on an interleaving sequence, wherein the L CRC bits are obtained based on the A to-be-encoded information bits and a CRC polynomial; and performing (S103) channel encoding on the first bit sequence, characterized in that the interleaving sequence is obtained from a prestored interleaving sequence table, wherein in the prestored interleaving sequence table, each information bit length of the A to-be-encoded information bits corresponds to only one interleaving sequence. obtaining (Sioi) A to-be-encoded information bits; mapping (S102) the A to-be-encoded information bits and L cyclic redundancy check, CRC, bits to a first bit sequence based on an interleaving sequence, wherein the L CRC bits are obtained based on the A to-be-encoded information bits and a CRC polynomial; and performing (S103) channel encoding on the first bit sequence, characterized in that the interleaving sequence is obtained from a prestored interleaving sequence table, wherein in the prestored interleaving sequence table, each information bit length of the A to-be-encoded information bits corresponds to only one interleaving sequence.
A rotating electrical machine comprising: a cylinder-shaped housing that includes a plurality of flanges installed to a casing ; a stator that includes a cylinder-shaped stator core fixed to the housing through shrinkage fit or press fit; and a rotor that is arranged inside the stator so as to be rotatable, wherein, in the stator core , a plurality of steel sheets is stacked, and reinforcing portions used for suppressing deformation of the steel sheets are arranged at positions in the stator core that correspond to the flanges of the housing , and wherein the stator core is an integration-type core, a plurality of slots parallel to the axial direction of the stator core is formed in the stator core , the rotating electrical machine characterized in further comprising a segment-type coil in which a plurality of segment conductors is connected to each other and an insulating paper used for insulating between the segment conductors and the slots and the segment conductors are arranged in the slot ; wherein the reinforcing portions are formed as welding portions arranged to be parallel to an axial direction of the stator core or the reinforcing portions are formed as clinching parts used for stacking and fixing the steel sheets , and wherein the stator fixed to the housing is held to be fixed inside the casing by fastening the plurality of flanges disposed in the housing to the casing . a cylinder-shaped housing that includes a plurality of flanges installed to a casing ; a stator that includes a cylinder-shaped stator core fixed to the housing through shrinkage fit or press fit; and a rotor that is arranged inside the stator so as to be rotatable, wherein, in the stator core , a plurality of steel sheets is stacked, and reinforcing portions used for suppressing deformation of the steel sheets are arranged at positions in the stator core that correspond to the flanges of the housing , and wherein the stator core is an integration-type core, a plurality of slots parallel to the axial direction of the stator core is formed in the stator core , the rotating electrical machine characterized in further comprising a segment-type coil in which a plurality of segment conductors is connected to each other and an insulating paper used for insulating between the segment conductors and the slots and the segment conductors are arranged in the slot ; wherein the reinforcing portions are formed as welding portions arranged to be parallel to an axial direction of the stator core or the reinforcing portions are formed as clinching parts used for stacking and fixing the steel sheets , and wherein the stator fixed to the housing is held to be fixed inside the casing by fastening the plurality of flanges disposed in the housing to the casing .
A lighting device for vehicles, comprising an housing body designed to be mounted on a vehicle and having a front inlet opening arranged to face in use toward a forward driving direction of the vehicle, a transparent cover to close the front inlet opening, a main lighting module and at least two secondary lighting modules , the main lighting module and the at least two secondary lighting modules being arranged inside the housing body , facing the inlet opening; the main lighting module being carried in a fixed manner within the housing body , while the at least two secondary lighting modules being carried within the housing body rotatable in relation to the housing body and to the main lighting module, each around a respective its own first axis (A,B,C), the first axes (A,B,C) of the at least two secondary lighting modules being arranged parallel to each other and transverse to an horizontal plane (α) in a mounting position of the lighting device; wherein the at least two secondary lighting modules are designed and/or arranged within the housing body so as to generate on a test screen placed in front of the lighting device, when they are switched on, respective light projections which are arranged at least in part offset to one another in a vertical direction; characterized in that all the secondary lighting modules are designed to be switched on/off and rotated around the respective first axis independently of one another.
System for inductive energy transmission, wherein a primary winding is provided in a manner inductively coupled to a secondary winding, wherein a resonant circuit is formed out of the secondary winding and at least one capacitor wired in series and/or in parallel, wherein a or the current flowing through the secondary winding is supplied to a rectifier, the output voltage of which feeds a load, wherein a disconnector, in particular a switch contact, a switch and/or a plug connection, is arranged between the load and the rectifier, characterised in that - a controllable semiconductor switch is provided for shorting the input of the rectifier, - and wherein a controllable semiconductor switch is provided for applying current to an auxiliary winding by means of which the resonant circuit can be detuned, wherein the auxiliary winding is arranged on the same coil core as the secondary winding, wherein the secondary winding is composed of part-windings, wherein a capacitor is wired in series with each part-winding. wherein a primary winding is provided in a manner inductively coupled to a secondary winding, wherein a resonant circuit is formed out of the secondary winding and at least one capacitor wired in series and/or in parallel, wherein a or the current flowing through the secondary winding is supplied to a rectifier, the output voltage of which feeds a load, wherein a disconnector, in particular a switch contact, a switch and/or a plug connection, is arranged between the load and the rectifier, characterised in that - a controllable semiconductor switch is provided for shorting the input of the rectifier, - and wherein a controllable semiconductor switch is provided for applying current to an auxiliary winding by means of which the resonant circuit can be detuned, - a controllable semiconductor switch is provided for shorting the input of the rectifier, - and wherein a controllable semiconductor switch is provided for applying current to an auxiliary winding by means of which the resonant circuit can be detuned, wherein the auxiliary winding is arranged on the same coil core as the secondary winding, wherein the secondary winding is composed of part-windings, wherein a capacitor is wired in series with each part-winding.
A contact device for a fast charging system for electrically driven vehicles, in particular electric busses or the like, the contact device having a contact unit carrier , the contact unit carrier having a contact unit , a charging contact of a charging contact device of the fast charging system being electrically connectable to the contact unit to form a contact pair, the contact device comprising a positioning device, the contact unit carrier being positionable relative to the charging contact device by means of the positioning device in such a manner that an electrically conductive connection is formed between a vehicle and a fixed charging station, the positioning device comprising a pantograph or a pole by means of which the contact unit carrier can be positioned in at least the vertical direction to the charging contact device, the contact device being positionable on the vehicle or the charging station, the contact unit having a contact element , the contact unit having a contact element guide , the contact element being displaceable relative to the contact unit carrier on the contact element guide in the direction of its longitudinal axis , the contact unit having a connecting lead for being connected to the vehicle, characterised in that the connecting lead is attached to the contact element.