mhurhangee/ep-ind-claims huggingface dataset:
A cutting insert, comprising: two end surfaces (20, 21) opposed to each other; a peripheral side surface extending between the two end surfaces; a cutting edge provided at an intersecting edge between at least one of the two end surfaces and the peripheral side surface; and a fixing hole provided in an end surface direction from a first end surface to a second end surface of the two end surfaces, the peripheral side surface having a plurality of raised parts changing in height in the end surface direction, the raised parts each having a first inclined surface raised from the first end surface side to a center in the end surface direction and a second inclined surface raised from the second end surface side to the center in the end surface direction,. wherein the two end surfaces are formed in a polygonal shape having three or more sides, the peripheral side surface has a plurality of peripheral side surface parts (30, 31, 32) corresponding to sides of the polygonal shape of the end surfaces, and the raised parts are provided at each of the peripheral side surface parts, wherein the fixing hole is formed in the center of the end surface, characterised in that the end surface is provided with a groove extending outwardly from the fixing hole toward the peripheral side surface. two end surfaces (20, 21) opposed to each other; a peripheral side surface extending between the two end surfaces; a cutting edge provided at an intersecting edge between at least one of the two end surfaces and the peripheral side surface; and a fixing hole provided in an end surface direction from a first end surface to a second end surface of the two end surfaces, the peripheral side surface having a plurality of raised parts changing in height in the end surface direction, the raised parts each having a first inclined surface raised from the first end surface side to a center in the end surface direction and a second inclined surface raised from the second end surface side to the center in the end surface direction,. wherein the two end surfaces are formed in a polygonal shape having three or more sides, the peripheral side surface has a plurality of peripheral side surface parts (30, 31, 32) corresponding to sides of the polygonal shape of the end surfaces, and the raised parts are provided at each of the peripheral side surface parts, wherein the fixing hole is formed in the center of the end surface, characterised in that the end surface is provided with a groove extending outwardly from the fixing hole toward the peripheral side surface.
A homopolar motor, comprising: a housing; a rotor, attached to a shaft of the motor, which rotates with the shaft; a stator, encircling the rotor, comprising a plurality of pole pieces, wherein the space between each pole piece and the rotor forms a first, radial, air gap; a field coupler comprising an interleaved top portion and a bottom portion, wherein the top portion is attached to and rotates with the rotor, and the bottom portion, attaches to the housing and is stationary, wherein the space between the interleaved top portion and the bottom portion of the field coupler forms a second air gap, and wherein the cross-sectional shape of the top portion is successive triangles that narrow from top to bottom and the cross-sectional shape of the bottom portion is successive triangles that narrow from bottom to top; and a stationary field winding, encircling the shaft, which generates magnetic flux that magnetically energizes the second air gap and the first air gap. a housing; a rotor, attached to a shaft of the motor, which rotates with the shaft; a stator, encircling the rotor, comprising a plurality of pole pieces, wherein the space between each pole piece and the rotor forms a first, radial, air gap; a field coupler comprising an interleaved top portion and a bottom portion, wherein the top portion is attached to and rotates with the rotor, and the bottom portion, attaches to the housing and is stationary, wherein the space between the interleaved top portion and the bottom portion of the field coupler forms a second air gap, and wherein the cross-sectional shape of the top portion is successive triangles that narrow from top to bottom and the cross-sectional shape of the bottom portion is successive triangles that narrow from bottom to top; and a stationary field winding, encircling the shaft, which generates magnetic flux that magnetically energizes the second air gap and the first air gap.
Component for a coffee machine at least partially embeddable inside a chamber of a dispensing group and adapted to hermetically seal said chamber and comprising: - a head, and - a stem; - said head comprising at least a first cavity and at least one injector, - said stem comprising a second cavity and characterised in that - said stem is made of a ceramic material. - a head, and - a stem; - said head comprising at least a first cavity and at least one injector, - said stem comprising a second cavity and characterised in that - said stem is made of a ceramic material.
A method for configuring a Downlink Allocation Index, DAI, applied to a terminal device, the method comprising: determining a first bit of a first counter DAI in a first Downlink Control Information, DCI, format received from a network device, wherein the first bit of the first counter DAI is agreed in a protocol; receiving configuration information, wherein the configuration information is used for configuring a second bit of a second counter DAI in a second DCI format received from the network device; wherein a Hybrid Automatic Repeat Request Acknowledgement, HARQ-ACK, for Physical Downlink Shared Channel, PDSCH, reception or semi-persistent scheduling, SPS, release, scheduled by the first DCI format, and a HARQ-ACK for PDSCH reception or SPS release, scheduled by the second DCI format, are fed back in a same HARQ-ACK codebook; wherein the first bit is the same as the second bit. determining a first bit of a first counter DAI in a first Downlink Control Information, DCI, format received from a network device, wherein the first bit of the first counter DAI is agreed in a protocol; receiving configuration information, wherein the configuration information is used for configuring a second bit of a second counter DAI in a second DCI format received from the network device; wherein a Hybrid Automatic Repeat Request Acknowledgement, HARQ-ACK, for Physical Downlink Shared Channel, PDSCH, reception or semi-persistent scheduling, SPS, release, scheduled by the first DCI format, and a HARQ-ACK for PDSCH reception or SPS release, scheduled by the second DCI format, are fed back in a same HARQ-ACK codebook; wherein the first bit is the same as the second bit.
Vehicle seat having a seat cushion part and a backrest part each having a cushion element, wherein at least one of which has an air-conditioning device with a fan unit and an air-conditioning insert, the air-conditioning insert having an air distribution space, which is delimited on one side by at least one top layer, wherein air being supplied to the air distribution space by the fan unit via the underside located opposite the top layer, and the air being discharged from the air distribution space via the top layer, characterized in that the air distribution space is separated into at least two partial regions by at least one separating element which extends between the top layer and the underside, in that an air outlet plate assigned to the fan unit and having at least one air outlet opening rests on the plane of the separating element associated to the underside of the air distribution space in such a way that the at least one air outlet opening supplies air to both the one and the other partial region.
A vehicle control apparatus comprising: a control circuit that independently controls power supply to winding groups (52, 53), each of the winding groups belonging to one of a plurality of winding systems included in a motor that produces a torque that is to be applied to a steering mechanism of a vehicle, on a per-winding-system basis based on command values each calculated for a corresponding one of the winding systems in accordance with a target torque to be produced by the motor based on a steering torque, wherein the control circuit is configured to transition between a first state (S 1) in which the control circuit causes the winding groups of the plurality of winding systems to produce the target torque and a second state (S 2) in which one or more winding systems of the plurality of winding systems have failed and the control circuit causes the winding group of the other one or more normal winding systems to produce the target torque, characterized in that if a sum of the command values or a sum of actual current amounts of the normal winding systems is equal to or below a threshold value (I th) that is set with reference to zero or a value close to zero when the one or more winding systems recover to a normal state (S 3) in the second state, the control circuit transitions from the second state to the first state (S 4-2). a control circuit that independently controls power supply to winding groups (52, 53), each of the winding groups belonging to one of a plurality of winding systems included in a motor that produces a torque that is to be applied to a steering mechanism of a vehicle, on a per-winding-system basis based on command values each calculated for a corresponding one of the winding systems in accordance with a target torque to be produced by the motor based on a steering torque, wherein the control circuit is configured to transition between a first state (S 1) in which the control circuit causes the winding groups of the plurality of winding systems to produce the target torque and a second state (S 2) in which one or more winding systems of the plurality of winding systems have failed and the control circuit causes the winding group of the other one or more normal winding systems to produce the target torque, characterized in that if a sum of the command values or a sum of actual current amounts of the normal winding systems is equal to or below a threshold value (I th) that is set with reference to zero or a value close to zero when the one or more winding systems recover to a normal state (S 3) in the second state, the control circuit transitions from the second state to the first state (S 4-2).
Redox flow battery comprising an electrolyte containing at least one ionic liquid, wherein the anion of the ionic liquid(s) is selected from among halide, phosphate, nitrite, nitrate, sulphate, hydrogensulphate, carbonate, hydrogencarbonate, phosphonate, phosphinate, sulphonate, carboxylate, imide, methide and mixtures thereof and the electrolyte consists to an extent of at least 90% by weight of the ionic liquid(s).
A method for parallel acquisition of system information from multiple base stations, the method being implemented by a mobile station, the method comprising: determining scheduled times for transmission of the system information from the multiple base stations based on parameters included in messages from the multiple base stations; creating a schedule list that comprises the scheduled times; and tuning to the base stations at the scheduled times that are specified in the schedule list in order to receive the system information from the base stations, wherein if the mobile station does not receive the system information for a particular base station according to a scheduled time for that base station, the method further comprises: recalculating the scheduled time for the base station; and updating the schedule list to include the recalculated scheduled time for the base station; wherein if there is a conflict between a first scheduled time for transmission of the system information from a first base station and a second scheduled time for transmission of the system information from a second base station, the method further comprises: tuning to a base station identifier for the second base station after the system information is received from the first base station; recalculating the scheduled time for transmission of the system information from the second base station; and updating the schedule list to include the recalculated scheduled time for transmission of the system information from the second base station. determining scheduled times for transmission of the system information from the multiple base stations based on parameters included in messages from the multiple base stations; creating a schedule list that comprises the scheduled times; and tuning to the base stations at the scheduled times that are specified in the schedule list in order to receive the system information from the base stations, wherein if the mobile station does not receive the system information for a particular base station according to a scheduled time for that base station, the method further comprises: recalculating the scheduled time for the base station; and updating the schedule list to include the recalculated scheduled time for the base station; wherein if there is a conflict between a first scheduled time for transmission of the system information from a first base station and a second scheduled time for transmission of the system information from a second base station, the method further comprises: tuning to a base station identifier for the second base station after the system information is received from the first base station; recalculating the scheduled time for transmission of the system information from the second base station; and updating the schedule list to include the recalculated scheduled time for transmission of the system information from the second base station.
A medical transfer chair configured to be stacked in an equivalent chair, the chair having a longitudinal direction and comprising: - a seat; - a frame supporting the seat and including a movement structure having a first plane and front and rear parts and further a seat bottom structure on which the seat is fastened; - front movement means and rear movement means respectively fastened to the front and rear parts of the movement structure; the chair further including a storage device arranged below the first plane, between the front and rear movement means (16, 18), the storage device being configured to make it possible to transport equipment or objects necessary for the patient, the chair being configured such that when the front part of the chair is fitted in the rear part of an equivalent chair, the movement structure of the chair extends above the storage device of said equivalent chair, the seat having a second plane, characterized in that the second plane is inclined relative to the first plane such that, when the front part of the chair is fitted in the rear part of said equivalent chair, the seat of said chair extends above the seat of said equivalent chair. - a seat; - a frame supporting the seat and including a movement structure having a first plane and front and rear parts and further a seat bottom structure on which the seat is fastened; - front movement means and rear movement means respectively fastened to the front and rear parts of the movement structure;
An optoelectronic component comprising: - a carrier, - at least one semiconductor chip, arranged on the carrier, for emitting a primary radiation, - an at least partly transparent medium at least partly enclosing the semiconductor chip and having a height above the carrier and a width along the carrier, and - particles (10, 11) introduced in the medium and serving for interaction with the primary radiation, wherein the particles (10, 11) comprise phosphor particles designed for an absorption of the primary radiation and an emission of a first portion of a secondary radiation, and comprise scattering particles which are designed for the scattering of the primary radiation and thereby contribute a second portion to the secondary radiation, wherein the medium has a ratio of the height to the width of greater than 1, wherein a partly reflective layer is provided at least in regions on a side of the medium which faces away from the semiconductor chip, and wherein the particles (10, 11) are distributed homogeneously in the medium. - a carrier, - at least one semiconductor chip, arranged on the carrier, for emitting a primary radiation, - an at least partly transparent medium at least partly enclosing the semiconductor chip and having a height above the carrier and a width along the carrier, and - particles (10, 11) introduced in the medium and serving for interaction with the primary radiation,
A synchronization device for a manual transmission of a motor vehicle, comprising a sliding sleeve and at least one clutch body, wherein the sliding sleeve comprises an internal toothing having a multitude of sliding sleeve teeth and sliding sleeve tooth gaps located therebetween, wherein the clutch body comprises an external toothing having a multitude of clutch teeth and clutch tooth gaps located therebetween, wherein the sliding sleeve and the clutch body are adjustable relative to each other in the axial sliding direction, and wherein, in a synchronized position of the synchronization device, the sliding sleeve teeth are positioned at least partially in the clutch tooth gaps and the clutch teeth are positioned at least partially in the sliding sleeve tooth gaps, wherein two neighboring sliding sleeve teeth each include a contact portion both of which are associated with a special clutch tooth that has two stop portions provided on opposite sides of the special clutch tooth, and/or in that two neighboring clutch teeth each include a stop portion both of which are associated with a special sliding sleeve tooth that has two contact portions provided on opposite sides of the special sliding sleeve tooth, and wherein, in the synchronized position, the two stop portions rest against the two stop portions, whereby a mechanical shift stop is formed in the axial sliding direction, which prevents a further movement in the axial sliding direction beyond the synchronized position, characterized in that compared to the other clutch teeth, the special clutch tooth is shortened as viewed in the axial sliding direction, and/or compared to the other sliding sleeve teeth, the special sliding sleeve tooth is shortened as viewed in the axial sliding direction. wherein two neighboring sliding sleeve teeth each include a contact portion both of which are associated with a special clutch tooth that has two stop portions provided on opposite sides of the special clutch tooth, and/or in that two neighboring clutch teeth each include a stop portion both of which are associated with a special sliding sleeve tooth that has two contact portions provided on opposite sides of the special sliding sleeve tooth, and wherein, in the synchronized position, the two stop portions rest against the two stop portions, whereby a mechanical shift stop is formed in the axial sliding direction, which prevents a further movement in the axial sliding direction beyond the synchronized position, characterized in that compared to the other clutch teeth, the special clutch tooth is shortened as viewed in the axial sliding direction, and/or compared to the other sliding sleeve teeth, the special sliding sleeve tooth is shortened as viewed in the axial sliding direction.
Chelating resins comprising functional groups of structural element in which represents the polymer skeleton and R 1 and R 2 independently of one another represent - CH 2 COOX, -CH 2 PO(OX 1) 2, -CH 2 PO OX 2, - NH 2, -CH 2 -pyridyl or hydrogen, wherein R 1 and R 2 cannot both simultaneously be hydrogen and X, X 1, X 2 and Y independently of one another represent hydrogen, sodium or potassium.
A User Equipment, UE, comprising: a WLAN interface unit configured to: receive, from a Trusted WLAN Access Gateway, TWAG,, a request message for switching an IP flow from 3GPP access to WLAN access, wherein the request message includes a routing rule used by the UE; and transmit, to the TWAG, a reject message for rejecting the flow switching in a case that the UE rejects the routing rule, wherein the reject message includes a cause value, the cause value indicates that a resource for an access network to be requested is insufficient, or that a function of the access network to be requested is unavailable, the routing rule includes information relating to a routing access, a rule priority, and a routing filter, and the routing filter includes at least one of a source IP address, a destination IP address, information relating to a protocol, a source port number, and a destination port number. receive, from a Trusted WLAN Access Gateway, TWAG,, a request message for switching an IP flow from 3GPP access to WLAN access, wherein the request message includes a routing rule used by the UE; and transmit, to the TWAG, a reject message for rejecting the flow switching in a case that the UE rejects the routing rule, wherein the reject message includes a cause value, the cause value indicates that a resource for an access network to be requested is insufficient, or that a function of the access network to be requested is unavailable, the reject message includes a cause value, the cause value indicates that a resource for an access network to be requested is insufficient, or that a function of the access network to be requested is unavailable, the routing rule includes information relating to a routing access, a rule priority, and a routing filter, and the routing filter includes at least one of a source IP address, a destination IP address, information relating to a protocol, a source port number, and a destination port number.
A method for performing exact match lookup operations in a table, the method comprising: receiving a packet; extracting and concatenating fields in said packet to form a lookup key; performing a hash of said lookup key to generate a value which is used to identify a location in said table; separating said value into fields comprising a bucket row, a bucket column, a bucket plane and a secondary hash value, wherein said bucket row, said bucket column and said bucket plane are used to identify an originating home hash root bucket; reading a head entry on a collision chain of one of one or more hash root buckets neighboring (406, 409) to the originating home hash root bucket to determine if an exact match of said lookup key exists in response to a state field of said one of said one or more neighboring hash root buckets (406, 409) comprising said secondary hash value, a column offset to said bucket column of said originating home hash root bucket and a plane offset to the bucket plane of said originating home hash root bucket; and reporting a finding of an exact match of said lookup key in response to said head entry on said collision chain of said one of said one or more neighboring hash root buckets (406,409) exactly matching said lookup key. receiving a packet; extracting and concatenating fields in said packet to form a lookup key; performing a hash of said lookup key to generate a value which is used to identify a location in said table; separating said value into fields comprising a bucket row, a bucket column, a bucket plane and a secondary hash value, wherein said bucket row, said bucket column and said bucket plane are used to identify an originating home hash root bucket; reading a head entry on a collision chain of one of one or more hash root buckets neighboring (406, 409) to the originating home hash root bucket to determine if an exact match of said lookup key exists in response to a state field of said one of said one or more neighboring hash root buckets (406, 409) comprising said secondary hash value, a column offset to said bucket column of said originating home hash root bucket and a plane offset to the bucket plane of said originating home hash root bucket; and reporting a finding of an exact match of said lookup key in response to said head entry on said collision chain of said one of said one or more neighboring hash root buckets (406,409) exactly matching said lookup key.