mhurhangee/patent-ind-claim-en huggingface dataset:
Viewing window of an enclosure forming a clean or sterile space for a sterile and/or aseptic treatment of packaging means, with at least one mounting frame and with a pane closing a mounting frame opening , with at least one circumferential lip seal sealing the transition between the pane and the mounting frame , as well as with means for holding the pane at the mounting frame , wherein the at least one lip seal is produced as one piece and as a full profile, from a rubber material or permanently elastic material, with an at least partially sickle-shaped profile cross-section, with the first strip-shaped lip seal section (8.1) and with a second lip seal section (8.2), wherein the profile cross-section of the second lip seal section (8.2) is cambered at least in one first part section (8.2.1), connecting to the first lip seal section (8.1), about at least one axis oriented in the longitudinal direction of the lip seal, wherein the second lip seal section (8.2) forms a first lip seal edge (8.2.3) remote from the first lip seal section (8.1), wherein the thickness of the second lip seal section (8.2) decreases towards the lip seal edge (8.2.3), wherein the profile cross-section at the first part section (8.2.1) is cambered on a first side as convex at least one axis oriented in the longitudinal direction of the lip seal, and as concave on a second side, wherein the first lip seal section (8.1) is configured as full-profile in strip form, characterised in that the profile cross-section of the second lip seal section (8.2) in a second part section (8.2.2), which connects to the first part section (8.2.1) and comprises the lip seal edge (8.2.3), is cambered on the first side as concave about at least one axis oriented in the longitudinal direction of the lip seal , and as convex on the second side, wherein the lip seal is elastically deformed at its second lip seal section (8.2) with the seal lip edge (8.2.3) in contact against a pane inner side (7.1) of the pane , assigned to the clean or sterile space , wherein the lip seal , with its first lip seal section (8.1) elastically deformed, is circumferentially tensioned in a mounting gap (5.3) between two tensioning surfaces of the mounting frame , and with its second lip seal section (8.2) projects out of the mounting gap (5.3) over an inner edge of the mounting frame opening .
A stretching device comprising: - a central structure comprising at least one main working axis , and - a handle extending on either side of the central structure , arranged to be movable along the main working axis of the central structure; the main working axis of the central structure being arranged to form an angle (a) with the horizontal ground in operational mode such that the handle moves closer to the ground as it moves away from the user, and the handle comprising locking means for locking the handle to the structure, said device being characterized in that the handle has a degree of freedom in rotation on itself, this being associated with the one-way longitudinal displacement of the handle along the main axis . - a central structure comprising at least one main working axis , and - a handle extending on either side of the central structure , arranged to be movable along the main working axis of the central structure; the main working axis of the central structure being arranged to form an angle (a) with the horizontal ground in operational mode such that the handle moves closer to the ground as it moves away from the user, and the handle comprising locking means for locking the handle to the structure, the main working axis of the central structure being arranged to form an angle (a) with the horizontal ground in operational mode such that the handle moves closer to the ground as it moves away from the user, and the handle comprising locking means for locking the handle to the structure,
A vacuum pump stage with an inlet , an outlet , a rotor and a channel , wherein a portion of the rotor extends into the channel and a pumping action is achieved by the interaction of the rotor portion and the channel , in which rotor blades are arranged on the rotor , and the stage comprising a stripper arranged between the inlet and the outlet , wherein the stripper has a bevel which is on a side facing the inlet and which runs into the side channel , wherein the bevel is arranged on an outer radius of the side channel , characterised in that the bevel extends up to a side of the stripper facing the outlet .
An assay for identifying subjects likely to respond to a treatment comprising administration of tipifarnib and etoposide by evaluating the expression of RASGRP1 and APTX in an amplification of signals from ribonucleic acid targets using at least one primer from the group consisting of (i) 5'-CGCTTCCGATTGGGCTAC-3' (ii) 5'- AGAATCAAAATCCTGGCTGATC-3' (iii) 5'- CTGGACGATCTCATTGACAGC-3' and (iv) 5'- CTTGCAACAGTTGGTTACTTCG -3', in a blood sample, and wherein a level of expression of genes RASGRP1 is estimated relative to APTX. (i) 5'-CGCTTCCGATTGGGCTAC-3' (ii) 5'- AGAATCAAAATCCTGGCTGATC-3' (iii) 5'- CTGGACGATCTCATTGACAGC-3' and (iv) 5'- CTTGCAACAGTTGGTTACTTCG -3',
A handheld vacuum cleaner comprising: a main body including a handle ; a motor assembly positioned within the main body ; and a cyclonic separator assembly removably coupled to the main body, the cyclonic separator assembly including an inlet nozzle having a dirty air inlet positioned at a front of the handheld vacuum cleaner when the cyclonic separator assembly is coupled to the main body, a cyclonic chamber in fluid communication with the dirty air inlet, the cyclonic chamber defining a separator axis, and a dirt collection region configured to receive debris separated in the cyclonic chamber; wherein the inlet nozzle includes an upstream height measured perpendicular to the inlet axis and a downstream height measured parallel to the separator axis, and wherein the downstream height is larger than the upstream height, characterised in that , the cleaner further comprises a wand having an end mounted to the dirty air inlet and an opposed end mounted on a surface cleaning head , and wherein the cyclonic separator assembly further includes a bottom that is openable when the wand is mounted to the dirty fluid inlet. a main body including a handle ; a motor assembly positioned within the main body ; and a cyclonic separator assembly removably coupled to the main body, the cyclonic separator assembly including an inlet nozzle having a dirty air inlet positioned at a front of the handheld vacuum cleaner when the cyclonic separator assembly is coupled to the main body, a cyclonic chamber in fluid communication with the dirty air inlet, the cyclonic chamber defining a separator axis, and a dirt collection region configured to receive debris separated in the cyclonic chamber; an inlet nozzle having a dirty air inlet positioned at a front of the handheld vacuum cleaner when the cyclonic separator assembly is coupled to the main body, a cyclonic chamber in fluid communication with the dirty air inlet, the cyclonic chamber defining a separator axis, and a dirt collection region configured to receive debris separated in the cyclonic chamber; wherein the inlet nozzle includes an upstream height measured perpendicular to the inlet axis and a downstream height measured parallel to the separator axis, and wherein the downstream height is larger than the upstream height, characterised in that , the cleaner further comprises a wand having an end mounted to the dirty air inlet and an opposed end mounted on a surface cleaning head , and wherein the cyclonic separator assembly further includes a bottom that is openable when the wand is mounted to the dirty fluid inlet.
A light source comprising: first and second semiconductor diode structures adapted to generate light, the first and second semiconductor diode structures being laterally adjacent to each other; a light output section at least partially overlapping both of the first and second semiconductor diode structures and adapted to output light from the first and second semiconductor diode structures; a layer of optical enhancement material below the light output section and at least partially overlapping both of the first and second semiconductor diode structures, and a light reflecting structure at least partially enclosing side surfaces of the first and second semiconductor diode structures and side surfaces as well as a portion of the upper surface of the layer of optical enhancement material and adapted to reflect light from the semiconductor diode structures towards the light output section, wherein the light reflecting structure encloses the light output section, wherein the area of the light output section is less than the combined area of the first and second semiconductor diode structures and less than the area of the layer of optical enhancement material, and wherein there is a lateral separation between the adjacent edges of the first and second semiconductor diode structures, the lateral separation being less than 10% of the lateral width of the first and second semiconductor diode structures. first and second semiconductor diode structures adapted to generate light, the first and second semiconductor diode structures being laterally adjacent to each other; a light output section at least partially overlapping both of the first and second semiconductor diode structures and adapted to output light from the first and second semiconductor diode structures; a layer of optical enhancement material below the light output section and at least partially overlapping both of the first and second semiconductor diode structures, and a light reflecting structure at least partially enclosing side surfaces of the first and second semiconductor diode structures and side surfaces as well as a portion of the upper surface of the layer of optical enhancement material and adapted to reflect light from the semiconductor diode structures towards the light output section, wherein the light reflecting structure encloses the light output section, wherein the area of the light output section is less than the combined area of the first and second semiconductor diode structures and less than the area of the layer of optical enhancement material, and wherein there is a lateral separation between the adjacent edges of the first and second semiconductor diode structures, the lateral separation being less than 10% of the lateral width of the first and second semiconductor diode structures.
A cutter holder structure, comprising: a cutter arbor , having a through hole therein, one end of the through hole being formed with an inner tapered hole , one end of the cutter arbor being provided with an external thread ; a connecting shaft , having a tapered section at one end thereof, the tapered section corresponding to the inner tapered hole of the cutter arbor , one end of the tapered section being formed with a first inner screw hole for locking a set screw , another end of the connecting shaft being formed with a second inner screw hole , the connecting shaft further having a horizontal positioning hole that penetrates through the connecting shaft and is adjacent to the tapered section , two ends of the positioning hole being formed with cylindrical holes , a reduced hole being defined between the cylindrical holes at the two ends of the positioning hole , two ends of the reduced hole being connected to the cylindrical holes ; a nut , having a third inner screw hole at one end and an axial hole at another end, the nut further having a horizontal countersink hole and a horizontal fourth inner screw hole , an eccentric distance (e) being defined between a center of the countersink hole and a center of the fourth inner screw hole ; a screw , inserted through the countersink hole and locked into the fourth inner screw hole . a cutter arbor , having a through hole therein, one end of the through hole being formed with an inner tapered hole , one end of the cutter arbor being provided with an external thread ; a connecting shaft , having a tapered section at one end thereof, the tapered section corresponding to the inner tapered hole of the cutter arbor , one end of the tapered section being formed with a first inner screw hole for locking a set screw , another end of the connecting shaft being formed with a second inner screw hole , the connecting shaft further having a horizontal positioning hole that penetrates through the connecting shaft and is adjacent to the tapered section , two ends of the positioning hole being formed with cylindrical holes , a reduced hole being defined between the cylindrical holes at the two ends of the positioning hole , two ends of the reduced hole being connected to the cylindrical holes ; a nut , having a third inner screw hole at one end and an axial hole at another end, the nut further having a horizontal countersink hole and a horizontal fourth inner screw hole , an eccentric distance (e) being defined between a center of the countersink hole and a center of the fourth inner screw hole ; a screw , inserted through the countersink hole and locked into the fourth inner screw hole .
A method for producing a mud motor stator comprising: creating a computer model of the stator, the stator having a design shape comprising a number of lobes , at least one of which comprises a skeletal structure , wherein the skeletal structure is asymmetric and has a load side and a seal side , the skeletal structure configured so as to provide a greater rigidity on the load side versus the seal side ; loading the computer model into an additive manufacturing apparatus; and operating the additive manufacturing apparatus to use the model to produce a physical replica of the model by, as part of an additive manufacturing process, placing material and bonding the material together in a pattern dictated by the design shape of the stator. creating a computer model of the stator, the stator having a design shape comprising a number of lobes , at least one of which comprises a skeletal structure , wherein the skeletal structure is asymmetric and has a load side and a seal side , the skeletal structure configured so as to provide a greater rigidity on the load side versus the seal side ; loading the computer model into an additive manufacturing apparatus; and operating the additive manufacturing apparatus to use the model to produce a physical replica of the model by, as part of an additive manufacturing process, placing material and bonding the material together in a pattern dictated by the design shape of the stator.
An apparatus for use downhole comprising: a top housing with a first end , a second end , an axis; a bottom housing with a first end located proximate to the second end of the top housing , and a second end , wherein the bottom housing is coaxial with the axis; a first magnetic anomaly sensor located within the top housing ; a second magnetic anomaly sensor located within the bottom housing and located a fixed axial distance from the first magnetic anomaly sensor ; and a processor located within the top housing , operatively connected to the first magnetic anomaly sensor and the second magnetic anomaly sensor , wherein the processor is configured to calculate the velocity of the apparatus based on comparing measurements taken from the first magnetic anomaly sensor and the second magnetic anomaly sensor . a top housing with a first end , a second end , an axis; a bottom housing with a first end located proximate to the second end of the top housing , and a second end , wherein the bottom housing is coaxial with the axis; a first magnetic anomaly sensor located within the top housing ; a second magnetic anomaly sensor located within the bottom housing and located a fixed axial distance from the first magnetic anomaly sensor ; and a processor located within the top housing , operatively connected to the first magnetic anomaly sensor and the second magnetic anomaly sensor , wherein the processor is configured to calculate the velocity of the apparatus based on comparing measurements taken from the first magnetic anomaly sensor and the second magnetic anomaly sensor .
A method of obtaining digitally signed data, the method comprising:- sending first data from at least one of a plurality of first participants to at least one second participant, wherein said first data is based on second data accessible to at least one said first participant, and wherein said second data is inaccessible to the or each said second participant; receiving, from at least one said second participant, a digital signature (S 1 ) of said first data; and processing said digital signature (S 1 ) of said first data, by a plurality of said first participants, to provide shares of a digital signature (S) of said second data, wherein said digital signature (S) of said second data is accessible by means of a threshold number of said shares and is inaccessible to less than said threshold number of shares. sending first data from at least one of a plurality of first participants to at least one second participant, wherein said first data is based on second data accessible to at least one said first participant, and wherein said second data is inaccessible to the or each said second participant; receiving, from at least one said second participant, a digital signature (S 1 ) of said first data; and processing said digital signature (S 1 ) of said first data, by a plurality of said first participants, to provide shares of a digital signature (S) of said second data, wherein said digital signature (S) of said second data is accessible by means of a threshold number of said shares and is inaccessible to less than said threshold number of shares.
Pressure tank, in particular for a motor vehicle , which is designed to store a compressed fuel, having a main body which forms a container for receiving the fuel, and having at least one sensor apparatus comprising at least one electrical conductor for detecting at least one variable which allows conclusions to be drawn about a state of the main body , wherein a compensating layer is arranged between the at least one sensor apparatus and an outer side of the main body , which compensating layer is designed to compensate for unevenness at least in the region of the at least one sensor apparatus if unevenness is present on the outer side of the main body , characterised in that the compensating layer is anisotropic, wherein deformation of the compensating layer on a side of the compensating layer facing the main body by a first amount causes deformation of the compensating layer on a side of the compensating layer facing the at least one sensor apparatus by a second amount which is greater than the first amount. wherein a compensating layer is arranged between the at least one sensor apparatus and an outer side of the main body , which compensating layer is designed to compensate for unevenness at least in the region of the at least one sensor apparatus if unevenness is present on the outer side of the main body , characterised in that the compensating layer is anisotropic, wherein deformation of the compensating layer on a side of the compensating layer facing the main body by a first amount causes deformation of the compensating layer on a side of the compensating layer facing the at least one sensor apparatus by a second amount which is greater than the first amount.
A fluid coupling for automated analyzer systems suitable to provide liquids to the system, wherein the fluid coupling comprises a stationary part and a movable part for a fluid connection, wherein both parts each have a three-part valve for sealing said stationary and movable part against leakage, wherein each of the valves of both parts are arranged within a respective collar , characterized in that - said three-part valve of the movable part comprises a first member which is a ring connected by elastic arms to an inner ring, a second member comprising a rod a round sealing surface having a cylindrical projection which is seated in the inner ring of the first member of the movable part, wherein the round sealing surface of the second member of the movable part seats onto a sealing lip of a third member of the movable part, and - a cap attached via a mounting of the collar of the movable part to form a counter surface for the three-part valve of the movable part , and - said three-part valve of the stationary part comprises a first member made of a flexible material enclosing an edge of a third member with its outer part so that flat surfaces of first and third members of the stationary part are in contact, wherein the first member of the stationary part has a sealing lip that is in contact with a surface of the third member of the stationary part in a closed state of the stationary part , and a second member comprising a rod that is arranged between the first member and the third member of the stationary part, wherein the first member of the stationary part is fixed in the collar of the stationary part by being arranged between an outer circumference of the surface of the third member of the stationary part and the inner surface of the collar of the stationary part. - said three-part valve of the movable part comprises a first member which is a ring connected by elastic arms to an inner ring, a second member comprising a rod a round sealing surface having a cylindrical projection which is seated in the inner ring of the first member of the movable part, wherein the round sealing surface of the second member of the movable part seats onto a sealing lip of a third member of the movable part, and - a cap attached via a mounting of the collar of the movable part to form a counter surface for the three-part valve of the movable part , and - said three-part valve of the stationary part comprises a first member
A monitoring method, comprising: obtaining , by a terminal device, a first search space configuration and a second search space configuration, wherein the first search space configuration comprises a first search space set, the second search space configuration comprises a second search space set, and the first search space set is different from the second search space set; and monitoring by the terminal device, a physical downlink control channel, PDCCH based on the first search space configuration; if the terminal device receives a first downlink control information, DCI when monitoring a PDCCH based on the first search space configuration, starting a first timer and monitoring, by the terminal device, a PDCCH based on the second search space configuration; and characterized in that if the terminal device receives a second DCI when monitoring a PDCCH based on the second search space configuration, restarting the first timer. obtaining , by a terminal device, a first search space configuration and a second search space configuration, wherein the first search space configuration comprises a first search space set, the second search space configuration comprises a second search space set, and the first search space set is different from the second search space set; and monitoring by the terminal device, a physical downlink control channel, PDCCH based on the first search space configuration; if the terminal device receives a first downlink control information, DCI when monitoring a PDCCH based on the first search space configuration, starting a first timer and monitoring, by the terminal device, a PDCCH based on the second search space configuration; and characterized in that if the terminal device receives a second DCI when monitoring a PDCCH based on the second search space configuration, restarting the first timer.