mhurhangee/ep-ind-claims huggingface dataset:
A centrifugal pump (10, 10a) comprising: a housing; an impeller that is rotatably disposed in the housing; a shaft that is provided at a center rotational axis of the impeller and has shaft ends at both ends thereof in an axial direction; and bearings that respectively and pivotally support the shaft ends, wherein an elastic body (80, 94) which is elastically deformable at least in the axial direction of the shaft is provided between at least one of the bearings and the housing, characterized in that the elastic body has a side wall which surrounds an outer circumferential portion of the at least one of the bearings, and wherein the at least one of the bearings is elastically supported in the axial direction by the base portion of the elastic body and is elastically supported in a radial direction by the side wall of the elastic body. a housing; an impeller that is rotatably disposed in the housing; a shaft that is provided at a center rotational axis of the impeller and has shaft ends at both ends thereof in an axial direction; and bearings that respectively and pivotally support the shaft ends, wherein an elastic body (80, 94) which is elastically deformable at least in the axial direction of the shaft is provided between at least one of the bearings and the housing, characterized in that the elastic body has a side wall which surrounds an outer circumferential portion of the at least one of the bearings, and wherein the at least one of the bearings is elastically supported in the axial direction by the base portion of the elastic body and is elastically supported in a radial direction by the side wall of the elastic body.
Simultaneous in vitro use of the expression level and/or quantity of the peptides with the sequences SEQ ID NO: 1, SEQ ID NO: 2, SEQ ID NO: 3, SEQ ID NO: 4, SEQ ID NO: 5, SEQ ID NO: 6, SEQ ID NO: 7, SEQ ID NO: 8, SEQ ID NO: 9, SEQ ID NO: 10 and SEQ ID NO: 11, as a marker for the diagnosis of arthrosis in a biological sample isolated from a subject.
A rotation angle sensor, comprising: a first shaft member that holds an input rotary shaft with play in a first direction to rotate with the input rotary shaft, the first direction being perpendicular to the input rotary shaft; a second shaft member that generates magnetic flux and holds the first shaft member with play in a second direction to rotate with the first shaft member, the second direction being perpendicular to the input rotary shaft and the first direction; a rotation guide member that rotatably supports the second shaft member and defines a rotation center of the second shaft member; and a detection element that is opposed to the second shaft member via the rotation guide member to detect the magnetic flux that changes according to a rotation angle of the second shaft member; wherein one of the second shaft member and the rotation guide member has a contact surface having a guide channel formed therein in a circular form viewed along an axial direction, and the other of the second shaft member and the rotation guide member having a contact surface with a protrusion formed therein in a circular form viewed along the axial direction, the contact surfaces of the second shaft member and the rotation guide member being in contact with each other, the protrusion being engaged with the guide channel with a clearance therebetween. a first shaft member that holds an input rotary shaft with play in a first direction to rotate with the input rotary shaft, the first direction being perpendicular to the input rotary shaft; a second shaft member that generates magnetic flux and holds the first shaft member with play in a second direction to rotate with the first shaft member, the second direction being perpendicular to the input rotary shaft and the first direction; a rotation guide member that rotatably supports the second shaft member and defines a rotation center of the second shaft member; and a detection element that is opposed to the second shaft member via the rotation guide member to detect the magnetic flux that changes according to a rotation angle of the second shaft member;
A method, comprising: at a first device configured to establish a connection over a short-range communication link with a second device: transitioning the first device from a first state to a sleep state, wherein the first state is a higher power state than the sleep state and the transitioning comprises: terminating, by the first device, (i) a paging operation and a page scanning operation associated with a paging protocol and (ii) an advertisement scanning operation associated with an advertisement protocol; and performing, by the first device while the first device is in the sleep state, an advertisement broadcast operation associated with the advertisement protocol, the advertisement broadcast operation generating an advertisement to be broadcast at a first interval, wherein the first interval is greater than a second interval for performing advertisement broadcast operations in an active state. terminating, by the first device, (i) a paging operation and a page scanning operation associated with a paging protocol and (ii) an advertisement scanning operation associated with an advertisement protocol; and performing, by the first device while the first device is in the sleep state, an advertisement broadcast operation associated with the advertisement protocol, the advertisement broadcast operation generating an advertisement to be broadcast at a first interval, wherein the first interval is greater than a second interval for performing advertisement broadcast operations in an active state.
Device for fastening a cranial limb to a cranial crown adapted to be positioned both into a craniotomial hole and into a craniotomial cutting, comprising: - at least one cortical supporting riser; - first closing means (11, 13) operatively connected to said cortical riser; - second closing means adapted to be fastened to said cortical riser to complete its closing; and - at least one handle removably connected to said cortical riser and adapted to drive said device to take it from its rest position to its operating fastening position; wherein said first closing means (11, 13) are composed of at least two elastic arms operatively connected to said cortical riser, said first closing means (11, 13) being connected to the distal end of said cortical riser, said second closing means being adapted to be fastened to said cortical riser at a position proximal of the distal end of said cortical riser, such that, when said device is in its operating fastening position, said first closing means (11, 13) are placed against the inner distal surface of the cranium and said second closing means are placed against the outer proximal surface of the cranium, characterised in that each one of said elastic arms ends in at least one small transverse arm placed on the same plane of its respective elastic arm and adapted to form a "T" shaped arrangement with said elastic arm. - at least one cortical supporting riser; - first closing means (11, 13) operatively connected to said cortical riser; - second closing means adapted to be fastened to said cortical riser to complete its closing; and - at least one handle removably connected to said cortical riser and adapted to drive said device to take it from its rest position to its operating fastening position;
Optoelectronic detection device, in particular laser scanner, for a motor vehicle, comprising an optical emitter (1, 3) for emitting electromagnetic beams (2, 9), comprising an avalanche photodetector for receiving beams (2, 9) reflected at a target object in an environment of the motor vehicle and for providing an electrical reception signal depending on the received beams (2, 9), comprising an evaluation device for detecting the target object depending on the electrical reception signal, and comprising a control device designed to set an electrical bias voltage of the avalanche photodetector during the operation of the detection device, wherein the detection device comprises a measuring device for detecting the value of noise of the electrical reception signal and the control device is designed to set the bias voltage of the avalanche photodetector depending on the value of the noise, characterized in that the emitter (1, 3) is configured to scan a field of view of the detection device within a scanning angle range and in this case to emit respectively an emission beam (2, 9) for a multiplicity of different scanning angles within the scanning angle range, and the control device is designed to set the bias voltage individually in each case for at least two different angle subranges of the scanning angle range.
A side-emitting light emitting device, comprising at least one light emitting diode arranged on a substrate and facing a scattering reflector disposed at a distance from and extending along the extension of said substrate, wherein said reflector comprises scattering components distributed in a carrier, the scattering components having a refractive index different from the refractive index of said carrier, wherein said scattering components comprise pores having a refractive index lower than that refractive index of said carrier, characterised in that, said carrier comprises a ceramic material.
A biodegradable non-woven fabric comprising biodegradable fibers and pulp fibers, wherein at least a part of the biodegradable fibers is entangled with each other, characterized in that at least a part of the pulp fibers is covalently bonded to each other by a biodegradable binder, wherein the biodegradable non-woven fabric is non-dispersible in water. wherein at least a part of the biodegradable fibers is entangled with each other, characterized in that at least a part of the pulp fibers is covalently bonded to each other by a biodegradable binder, wherein the biodegradable non-woven fabric is non-dispersible in water.
A remote seal assembly for subsea applications, the assembly comprising: an upper housing having a fluid coupling for coupling the remote seal to a process fluid pressure measurement device; a lower housing coupled to the upper housing and having an interface that is configured to mount to a pressure vessel including a shoulder with an end surface, the lower housing also having a process fluid inlet; an isolation diaphragm disposed between the upper and lower housings; a first seal ring disposed about the shoulder of the lower housing operable to seal the remote seal assembly to the pressure vessel; a second seal ring disposed about the end surface of the shoulder operable to seal the remote seal assembly to the pressure vessel; and wherein at least one of the upper housing, lower housing and isolation diaphragm are constructed from a material suitable for immersion in saltwater. an upper housing having a fluid coupling for coupling the remote seal to a process fluid pressure measurement device; a lower housing coupled to the upper housing and having an interface that is configured to mount to a pressure vessel including a shoulder with an end surface, the lower housing also having a process fluid inlet; an isolation diaphragm disposed between the upper and lower housings; a first seal ring disposed about the shoulder of the lower housing operable to seal the remote seal assembly to the pressure vessel; a second seal ring disposed about the end surface of the shoulder operable to seal the remote seal assembly to the pressure vessel; and wherein at least one of the upper housing, lower housing and isolation diaphragm are constructed from a material suitable for immersion in saltwater.
A projection display apparatus (100, 200) comprising: a first and a second light source; a first and a second light source power supply configured to supply electric power respectively to the first and second light sources; and a lighting controller configured to control the light source power supplies so as to select and light at least one of the light sources in accordance with lighting history of each of the light sources, characterized in that when projection is performed after the lighting history of the first light source reaches a predetermined value, the lighting controller selects and lights the second light source until the lighting history of the second light source reaches a predetermined lifetime value, which differs from the predetermined value, and thereafter again selects and lights the first light source, wherein the lighting history is one of an accumulated lighting time, a number of lightings, a light intensity, and a change rate of the light intensity of each of the light sources. a first and a second light source; a first and a second light source power supply configured to supply electric power respectively to the first and second light sources; and a lighting controller configured to control the light source power supplies so as to select and light at least one of the light sources in accordance with lighting history of each of the light sources, characterized in that when projection is performed after the lighting history of the first light source reaches a predetermined value, the lighting controller selects and lights the second light source until the lighting history of the second light source reaches a predetermined lifetime value, which differs from the predetermined value, and thereafter again selects and lights the first light source, wherein the lighting history is one of an accumulated lighting time, a number of lightings, a light intensity, and a change rate of the light intensity of each of the light sources.
Cylinder cover for reciprocating compressor, comprising a block provided with at least a sealing contour, said cover being CHARACTERIZED in that it comprises at least a support projection (3, 5) spaced from the sealing contour through at least one gap, wherein said support projection (3, 5) is able to support a discharge valve stopper; said support projection (3, 5) possess mechanical resilience; and said support projection (3, 5), during their maximum mechanical deformation, remains spaced from the sealing contour through at least one gap.
Portable power tool, in particular angle grinder, having at least one electromotive drive acting on an output shaft, in particular an electronically commutated motor, which is intended to drive a tool spindle, having at least one first housing that consists of at least one first housing half shell and comprises at least one first housing part, which accommodates the electromotive drive, and a second housing part, which serves as a handle, and having a rechargeable battery serving as energy source, characterized in that a ratio of a length 1 of the portable power tool to a height h of the first housing part is between 1.5 and 2.8, but in particular is 2.25, wherein the length 1 of the portable power tool is defined inclusive of a length l 1 of the rechargeable battery, wherein a ratio of the diameter (d) of the machining tool to the diameter (d 1) of the electromotive drive is between 1.5 and 2.6, particularly between 1.8 and 2.4, but preferably between 1.9 and 2.1, wherein the electromotive drive forms with the first housing part a first common axis, wherein the length of the portable power tool is defined along a second axis, wherein the two axes (28, 34) are at an angle a to one another of between 60° and 120°, particularly between 80° and 100°, but preferably approximately 90°.
Electronic equipment for supervising valves of a hydraulic circuit, each valve being movable between an open position and a closed position, the equipment comprising: - a plurality of electronic devices for detecting changes in position, each being associated with a respective valve and being configured to detect a change of position of the valve between its open position and its closed position, - an electronic apparatus for supervising the valves of the hydraulic circuit, and - a system for radio transmission of messages between each device for detecting changes in position and the supervisory apparatus, characterized in that the supervisory apparatus is configured to calculate a sequence of successive changes of valve positions from messages received from the devices for detecting changes in position via the radio transmission system, to compare the calculated sequence with a predefined sequence, and to generate a signal based on the comparison between the calculated sequence and the predefined sequence, and in that the generated signal is a warning signal when a difference is detected between the calculated sequence and the predefined sequence. - a plurality of electronic devices for detecting changes in position, each being associated with a respective valve and being configured to detect a change of position of the valve between its open position and its closed position, - an electronic apparatus for supervising the valves of the hydraulic circuit, and - a system for radio transmission of messages between each device for detecting changes in position and the supervisory apparatus, characterized in that the supervisory apparatus is configured to calculate a sequence of successive changes of valve positions from messages received from the devices for detecting changes in position via the radio transmission system, to compare the calculated sequence with a predefined sequence, and to generate a signal based on the comparison between the calculated sequence and the predefined sequence, and in that the generated signal is a warning signal when a difference is detected between the calculated sequence and the predefined sequence.
Bone anchor comprising an anchor member having a first end and a second end and a tubular section between the first end and the second end, a longitudinal axis extending from the first end to the second end, and a bone engagement structure for engaging the bone in at least a portion of the tubular section; wherein the tubular section is expandable in a radial direction by reducing a distance between the first end and the second end and wherein the anchor member is made of a first material; a core member (2, 2') having a first end and a second end and being insertable into the anchor member and connectable thereto, the core member (2, 2') being configured to cooperate with the anchor member such that by actuating the core member with respect to the anchor member the tubular section is changed with respect to the radial direction; wherein the core member (2, 2') is made of a second material that is different from the first material, a head (3, 3') which is provided at the first end of the anchor member and which is a separate part that has an engagement structure for connecting the anchor member such that the head and the anchor member are rotationally fixed with respect to each other.
A method performed by a user equipment, the user equipment being limited to a certain maximum total transmit power, comprising: determining at a physical layer that a predetermined condition has been met with respect to a user equipment power limited situation related to overlapping preamble transmissions during random access procedure of dual connectivity; and communicating an indication that the predetermined condition has been met to a higher layer based on the determining that the predetermined condition has been met to inform the higher layer of dropped preamble transmissions in order for the higher layer to avoid excessive power ramp-up of preamble power. determining at a physical layer that a predetermined condition has been met with respect to a user equipment power limited situation related to overlapping preamble transmissions during random access procedure of dual connectivity; and communicating an indication that the predetermined condition has been met to a higher layer based on the determining that the predetermined condition has been met to inform the higher layer of dropped preamble transmissions in order for the higher layer to avoid excessive power ramp-up of preamble power.
A method comprising: receiving, at a processing element (404; 616) including a processing device, a first set of vectors (x, w) comprising a set of outputs from a layer (204a, 204b, 204c) of a neural network; storing, by a processing element control circuit,PECC, (414; 600), a set of values representing a second set of vectors (a, b; 418), the set of values retrieved from a remote data source; replacing, as input to the processing device by a hijack control circuit (416; 500), the first set of vectors (x, w) with a second set of vectors (a, b; 418) in response to detecting that the processing element (404; 616) is idle, by switching, by a multiplexer of the processing element (404; 616), between the first set of vectors (x, w) and the second set of vectors (a, b; 418) based on a hijack control signal received by the multiplexer and generated by the hijack control circuit (416; 500), the detecting that the processing element (404; 616) is idle comprising detecting that a previous output of the layer (204a, 204b, 204c) of the neural network is the same as a current output of the layer (204a, 204b, 204c) of the neural network; storing, by the processing element (404; 616), an output of the processing device which is the element-wise product of the first set of vectors, in a register; and transmitting, by the processing element (404; 616), the output of the processing device to a second multiplexer. receiving, at a processing element (404; 616) including a processing device, a first set of vectors (x, w) comprising a set of outputs from a layer (204a, 204b, 204c) of a neural network; storing, by a processing element control circuit,PECC, (414; 600), a set of values representing a second set of vectors (a, b; 418), the set of values retrieved from a remote data source; replacing, as input to the processing device by a hijack control circuit (416; 500), the first set of vectors (x, w) with a second set of vectors (a, b; 418) in response to detecting that the processing element (404; 616) is idle, by switching, by a multiplexer of the processing element (404; 616), between the first set of vectors (x, w) and the second set of vectors (a, b; 418) based on a hijack control signal received by the multiplexer and generated by the hijack control circuit (416; 500), the detecting that the processing element (404; 616) is idle comprising detecting that a previous output of the layer (204a, 204b, 204c) of the neural network is the same as a current output of the layer (204a, 204b, 204c) of the neural network; storing, by the processing element (404; 616), an output of the processing device which is the element-wise product of the first set of vectors, in a register; and transmitting, by the processing element (404; 616), the output of the processing device to a second multiplexer.