mhurhangee/ep-ind-claims huggingface dataset:
A process to form a thermoplastic elastomeric material, the thermoplastic elastomer comprising an elastomer and a thermoplastic resin, the elastomer and the thermoplastic resin being present in a weight ratio in the range of 55:45 to 80:20, wherein the elastomer is derived from C 4 to C 12 isoolefin monomers and the thermoplastic resin is selected from the group consisting of polyamide resins, polyester resins, polynitrile resins, polymethacrylate resins, polyvinyl resins, cellulose resins, fluorine resins, polyimide resins, polysulfones, polyacetals, polylactones, styrene-maleic anhydrides, aromatic polyketones, and mixtures thereof, the process comprising: a. injecting a supercritical fluid into the thermoplastic elastomeric material as the material is mixed in an extruder; and b. mixing the material under conditions such that the thermoplastic elastomeric material is dynamically vulcanized wherein the elastomer forms a discontinuous phase of small particles in a continuous phase of the thermoplastic resin. a. injecting a supercritical fluid into the thermoplastic elastomeric material as the material is mixed in an extruder; and b. mixing the material under conditions such that the thermoplastic elastomeric material is dynamically vulcanized wherein the elastomer forms a discontinuous phase of small particles in a continuous phase of the thermoplastic resin.
A communication apparatus (50, 100, 510, 520, 530), for communication with another communication apparatus in which a body is used as a transmission medium of a signal, and in which power consumption of reception processing is higher than that of transmission processing, comprising: a control unit which is configured to, out of an active period in which an association request is made to the other communication apparatus (60, 200, 500), control to perform transmission and reception processing of a frame in a specific period, and control to perform transmission processing of a frame in another period, characterized in that timing information on a timing at which the communication apparatus (50, 100, 510, 520, 530) performs reception processing of a response frame to the frame in the specific period is included in the frame in the specific period. a control unit which is configured to, out of an active period in which an association request is made to the other communication apparatus (60, 200, 500), control to perform transmission and reception processing of a frame in a specific period, and control to perform transmission processing of a frame in another period, characterized in that timing information on a timing at which the communication apparatus (50, 100, 510, 520, 530) performs reception processing of a response frame to the frame in the specific period is included in the frame in the specific period.
A method for realizing a multimedia call, comprising: receiving, by a switching device, a call request initiated by a calling terminal; acquiring, by the switching device, an indication of multimedia negotiation capability of the calling terminal, wherein the indication of multimedia negotiation capability is adapted to identify whether the calling terminal has a capability of supporting multiple multimedia negotiations or not; determining, by the switching device, according to the indication of multimedia negotiation capability, whether the calling terminal has the capability of supporting the multiple multimedia negotiations or not; and determining, by the switching device, according to the multimedia negotiation capability of the calling terminal, how to perform a multimedia call connection, and performing the multimedia call connection. receiving, by a switching device, a call request initiated by a calling terminal; acquiring, by the switching device, an indication of multimedia negotiation capability of the calling terminal, wherein the indication of multimedia negotiation capability is adapted to identify whether the calling terminal has a capability of supporting multiple multimedia negotiations or not; determining, by the switching device, according to the indication of multimedia negotiation capability, whether the calling terminal has the capability of supporting the multiple multimedia negotiations or not; and determining, by the switching device, according to the multimedia negotiation capability of the calling terminal, how to perform a multimedia call connection, and performing the multimedia call connection.
A shortening hook with a coupling connection for shortening sling chains in hangers, having a hook body which comprises an eyelet at the top for coupling to a suspension ring and at the bottom a coupling connection with a coupling slot which is delimited by two parallel side wings and is downwardly open for the suspension of a chain and in its central region comprises a hooking-in region, which realizes an upwardly open, rectilinearly extending shortening slot and on which a chain, which is coupled to the coupling connection, is hookable by way of its free end region, wherein in each case only one coupling slot and one shortening slot are realized on the hook body, characterized in that the coupling slot and the shortening slot, when the shortening hook is seen in side view, are mounted offset laterally with respect to one another, and the eyelet at the top of the hook body comprises a circular cross section, wherein the longitudinal center line (M-M) of the coupling slot extends through the center point of the cross section of the eyelet. the coupling slot and the shortening slot, when the shortening hook is seen in side view, are mounted offset laterally with respect to one another, and the eyelet at the top of the hook body comprises a circular cross section, wherein the longitudinal center line (M-M) of the coupling slot extends through the center point of the cross section of the eyelet.
A rectangular baler comprising a baling chamber, a plunger reciprocally mounted in the baling chamber for compressing crop material, an intake duct for accumulating crop material before transfer into the baling chamber, a pick-up mechanism for picking up crop material and introducing the crop material into the intake duct, and a stuffer mechanism configured to selectively execute a packer stroke to advance crop material partially along the intake duct and a stuffer stroke to transfer the crop material accumulated in the intake duct into the baling chamber, wherein the stuffer mechanism comprises a tine bar extending between two stuffer assemblies at each side of the baler, and at least one stuffer assembly thereof comprises: - a first stuffer arm connected at a first pivot point to a first crank arm of a first drive mechanism, wherein the tine bar is connected to the first stuffer arm and wherein the first stuffer arm has a bottom end and a top end, - a second stuffer arm connected at a second pivot point to a second crank arm or disc of a second drive mechanism, - a coupling plate pivotally mounted around a stationary pivot point, said coupling plate coupling said first stuffer arm with said second stuffer arm, wherein the coupling plate is coupled to the first stuffer arm through a slot-pin connection configured to allow a predetermined limited movement of the first stuffer arm with respect to the coupling plate, and wherein the coupling plate has a slot as part of the slot-pin connection, and wherein the first stuffer arm is provided with a pin movable in the slot, the pin being located nearer to the top end of the first stuffer arm than to the bottom end of the first stuffer arm; Characterized in that the first pivot point is located nearer to the bottom end than to the top end of the first stuffer arm. - a first stuffer arm connected at a first pivot point to a first crank arm of a first drive mechanism, wherein the tine bar is connected to the first stuffer arm and wherein the first stuffer arm has a bottom end and a top end, - a second stuffer arm connected at a second pivot point to a second crank arm or disc of a second drive mechanism, - a coupling plate pivotally mounted around a stationary pivot point, said coupling plate coupling said first stuffer arm with said second stuffer arm, wherein the coupling plate is coupled to the first stuffer arm through a slot-pin connection configured to allow a predetermined limited movement of the first stuffer arm with respect to the coupling plate,
A transmission control method for a continuously variable transmission connected to an input side of an engine, comprising: performing a control while traveling to select a shifting mode from among a normal transmission mode for changing a transmission ratio in a stepless manner, and a pseudo-stepped transmission mode for changing the transmission ratio in a stepwise manner, and the pseudo-stepped transmission mode having a pseudo-stepped downshift mode in which a transmission input rotational speed (Npri) is increased to a downshift target rotational speed (Nta) in a stepwise manner, and then decreased toward a lower-limit target rotational speed (Ntb) as the vehicle speed decreases; characterized by setting the downshift target rotational speed (Nta) and the lower-limit target rotational speed (Ntb) used for the pseudo-stepped downshift to values in an engine rotational speed region in which an engine output becomes greater than or equal to a prescribed value; shifting to the pseudo-stepped downshift mode to start the pseudo-stepped downshift when a mode transition condition is satisfied during deceleration by selecting the normal transmission mode; and repeating an increase to the downshift target rotational speed (Nta) and a decrease to the lower-limit target rotational speed (Ntb) of the transmission input rotational speed (Npri) when the pseudo-stepped downshift is initiated, until a mode cancellation condition, including a re-acceleration request, is satisfied. performing a control while traveling to select a shifting mode from among a normal transmission mode for changing a transmission ratio in a stepless manner, and a pseudo-stepped transmission mode for changing the transmission ratio in a stepwise manner, and the pseudo-stepped transmission mode having a pseudo-stepped downshift mode in which a transmission input rotational speed (Npri) is increased to a downshift target rotational speed (Nta) in a stepwise manner, and then decreased toward a lower-limit target rotational speed (Ntb) as the vehicle speed decreases; characterized by setting the downshift target rotational speed (Nta) and the lower-limit target rotational speed (Ntb) used for the pseudo-stepped downshift to values in an engine rotational speed region in which an engine output becomes greater than or equal to a prescribed value; shifting to the pseudo-stepped downshift mode to start the pseudo-stepped downshift when a mode transition condition is satisfied during deceleration by selecting the normal transmission mode; and repeating an increase to the downshift target rotational speed (Nta) and a decrease to the lower-limit target rotational speed (Ntb) of the transmission input rotational speed (Npri) when the pseudo-stepped downshift is initiated, until a mode cancellation condition, including a re-acceleration request, is satisfied.
Vehicle pneumatic tyre of radial design having a tread with at least one profile rib (1, 14) on the shoulder side, which is provided with transverse grooves (3, 4, 16) extending beyond the lateral edge of the ground contact surface of the tread, each transverse groove (3, 4, 16) having a groove base (5, 10, 17) and groove walls (6, 6', 11, 11', 18, 18') and, within the ground contact surface, a main section (3"a, 4"a, 16"a) with groove edges (8, 8', 13, 13', 20, 20') extending parallel to one another, the main section (3"a, 4"a, 16"a) having a width (B 1) of 1.5 mm to 10.0 mm between the groove walls (6, 6'), a chamfer (7, 7', 12, 12', 19, 19') extending to the groove edge (8, 8', 13, 13', 20, 20') being set on at least one groove wall (6, 6', 11, 11', 18, 18') and each transverse groove (3, 4, 16) outside the ground contact surface running out as a flat depression (3'b, 4'b, 16'b) with a continuous reduction in its depth, each depression (3'b, 4'b, 16'b) having at its widest point a width (B 2) in the circumferential direction which is at least 40% greater than the width (B 1) of the main section (3"a, 4"a, 16"a) of the transverse groove (3, 4, 16), and the chamfer(s) having, in the extension direction of the transverse groove (3, 4, 16), a main chamfer section (7a, 12a, 19a) and, outside the ground contact surface, a chamfer end section (7'a, 7b, 12b, 19b) that is configured so as to be wider than the main chamfer section (7a, 12a, 19a), at least over the majority of its extent, characterized in that each chamfer end section (7'a, 7b, 12b, 19b) is delimited on the outer surface of the profile rib by an edge section (13a, 20a) of its groove edge (8, 13, 20), which has at least one kink widening the transverse groove (3, 4, 16), and wherein each chamfer end section (7'a, 7b, 12b, 19b) runs out along the flat depression (3'b, 4'b, 16'b) of the transverse groove (3, 4, 16).
Device for cutting and drawing off tissue from the human or animal body, in particular for use in vitrectomy or for retina peeling, having an outer tube and an inner tube which can be displaced in an alternating manner in the outer tube concentrically with little play, wherein the outer tube is closed at the free end and has close to the free end at least one lateral opening having at least one inner cutting edge, wherein the inner tube is open at the free end and at that location has an outer cutting edge and wherein the cutting edges when the inner tube is displaced relative to the outer tube cooperate in a cutting manner, having a shaping means in or on the inner tube according to which the inner tube extends at least in the region of the lateral opening with at least slight pretensioning in the outer tube and wherein the inner tube is bent or angled with respect to the longitudinal axis in such a manner that in the event of alternating displacement of the inner tube in the outer tube the cutting edges pass each other with at least slight pretensioning, characterised in that the inner tube close to the free open end has a lateral opening having one or two outer cutting edges (4, 7) and in that the inner tube is bent in front of the lateral opening.
Method for controlling the drive of at least one drive axle on the trailer of a traction vehicle-trailer combination, comprising the following method steps: a) determining a setpoint drive power level (P_AT1) for the drive axle of the trailer - in accordance with a distribution of contact forces (F_A1, F_A2, F_A3, F_ZA1, F_ZA2) at the trailer and at the traction vehicle, and - in accordance with a traction drive power level (P_ZT) for the traction vehicle, and b) making available drive control signals (S_P_AT, S_AM, S_V) for actuating an electric drive of the drive axle of the trailer, wherein the drive control signals (S_P_AT, S_AM, S_V) are derived from the determined setpoint drive power level (P_AT1). a) determining a setpoint drive power level (P_AT1) for the drive axle of the trailer - in accordance with a distribution of contact forces (F_A1, F_A2, F_A3, F_ZA1, F_ZA2) at the trailer and at the traction vehicle, and - in accordance with a traction drive power level (P_ZT) for the traction vehicle, and - in accordance with a distribution of contact forces (F_A1, F_A2, F_A3, F_ZA1, F_ZA2) at the trailer and at the traction vehicle, and - in accordance with a traction drive power level (P_ZT) for the traction vehicle, and b) making available drive control signals (S_P_AT, S_AM, S_V) for actuating an electric drive of the drive axle of the trailer, wherein the drive control signals (S_P_AT, S_AM, S_V) are derived from the determined setpoint drive power level (P_AT1).
A readout circuit for an image sensor having a pixel array, the pixel array comprising at least one pixel group, in particular pixel column, with a plurality of pixels (PXL1, PXL2,..., PXLN) connected to a group bus, the readout circuit comprising - a group input for connecting to the group bus; - a signal output (ADCOUT1) for connecting to an input of an analog-to-digital converter, ADC, (CADC1); - a first reference terminal (VTREF1) for receiving a first reference voltage (VREF1); - a second reference terminal (VTREFO) for receiving a second reference voltage (VREFO); - a sampling bank comprising a first sample-and-hold element and an at least second sample-and-hold element (SH1, SH2, SH3) coupled between the group input and an output of the sampling bank and further comprising a bypass switch connected between the group input and the output of the sampling bank; - a charge store connecting the output of the sampling bank and the signal output (ADCOUT1); - a first charge switch connected between the first reference terminal (VTREF1) and the signal output (ADCOUT1); and - a second charge switch (SPCO) connected between the second reference terminal (VTREFO) and the output of the sampling bank. - a group input for connecting to the group bus; - a signal output (ADCOUT1) for connecting to an input of an analog-to-digital converter, ADC, (CADC1); - a first reference terminal (VTREF1) for receiving a first reference voltage (VREF1); - a second reference terminal (VTREFO) for receiving a second reference voltage (VREFO); - a sampling bank comprising a first sample-and-hold element and an at least second sample-and-hold element (SH1, SH2, SH3) coupled between the group input and an output of the sampling bank and further comprising a bypass switch connected between the group input and the output of the sampling bank; - a charge store connecting the output of the sampling bank and the signal output (ADCOUT1); - a first charge switch connected between the first reference terminal (VTREF1) and the signal output (ADCOUT1); and - a second charge switch (SPCO) connected between the second reference terminal (VTREFO) and the output of the sampling bank.
A hoist, comprising: a torque tube; a cable drum coupled to the torque tube; a rotor gear coupled to a first end of the torque tube, the rotor gear comprising a first mesh gear; an auxiliary brake assembly, comprising: a pinion; and a clutch assembly coupled to the pinion, the clutch assembly configured to lock the pinion when the cable drum is spinning freely; and characterized by the pinion having a second mesh gear engage the first mesh gear of the rotor gear. a torque tube; a cable drum coupled to the torque tube; a rotor gear coupled to a first end of the torque tube, the rotor gear comprising a first mesh gear; an auxiliary brake assembly, comprising: a pinion; and a clutch assembly coupled to the pinion, the clutch assembly configured to lock the pinion when the cable drum is spinning freely; and characterized by the pinion having a second mesh gear engage the first mesh gear of the rotor gear. a pinion; and a clutch assembly coupled to the pinion, the clutch assembly configured to lock the pinion when the cable drum is spinning freely; and characterized by the pinion having a second mesh gear engage the first mesh gear of the rotor gear.
Battery module, the battery module comprising a first battery cell having a first first contact point and a first second contact point; a second battery cell having a second first contact point and a second second contact point; a connecting element comprising a first foot; a second foot; a first bow element having a first curvature; wherein the first foot is connected to the second foot by means of the first bow element; and wherein the connecting element is configured in a flexible manner and the connecting element electrically connects the first battery cell to the second battery cell; wherein the connecting element is configured in a flexible manner in such a way that it absorbs the forces which act on the first battery cell and on the second battery cell within the battery module, characterized in that the connecting element is of completely planar design and is arranged so as to run parallel to a plane which is formed by the contact points (19, 21, 23, 25) of the first battery cell and of the second battery cell.
A compound semiconductor represented by the following chemical formula 1: <Chemical formula 1> [Bi 1-x M x Cu u-w T w O a Te b Se z]A c wherein M is one or more elements selected from Ba, Sr, Ca, Mg, Cs, K, Na, Cd, Hg, Sn, Pb, Mn, Ga, In, Tl, As and Sb; T is one or more elements selected from transition metal elements; A is one or more elements selected from transition metal elements and compounds of transition metal elements and group VI elements; and 0≤x<1, 0.5≤u≤1.5, 0≤w≤1, 0.2<a<1.5, 0≤b<1.5, 0≤z<1.5 and 0<c<0.2, and wherein the compound comprises BiCuOTe-based material or BiCuOSe-based material. wherein M is one or more elements selected from Ba, Sr, Ca, Mg, Cs, K, Na, Cd, Hg, Sn, Pb, Mn, Ga, In, Tl, As and Sb; T is one or more elements selected from transition metal elements; A is one or more elements selected from transition metal elements and compounds of transition metal elements and group VI elements; and 0≤x<1, 0.5≤u≤1.5, 0≤w≤1, 0.2<a<1.5, 0≤b<1.5, 0≤z<1.5 and 0<c<0.2, and wherein the compound comprises BiCuOTe-based material or BiCuOSe-based material.
Electrodes/electrolyte assembly for direct amination of hydrocarbons that comprises: - an anode, electron and proton conductor, comprising a composite porous matrix, wherein said composite porous matrix comprises: - a ceramic fraction comprised of barium cerate doped with yttrium or yttrium and zirconium; - a metal catalyst selected from nickel, nickel oxide and mixtures thereof, wherein the porosity of the anode ranges between 10-40%; - a porous cathode, electron and proton conductor, and comprising an electrocatalyst; - a non-porous electrolyte, proton or ion conductor and electrically insulating, located between the anode and the cathode, comprising a composite ceramic. - an anode, electron and proton conductor, comprising a composite porous matrix, wherein said composite porous matrix comprises: - a ceramic fraction comprised of barium cerate doped with yttrium or yttrium and zirconium; - a metal catalyst selected from nickel, nickel oxide and mixtures thereof, wherein the porosity of the anode ranges between 10-40%; - a ceramic fraction comprised of barium cerate doped with yttrium or yttrium and zirconium; - a metal catalyst selected from nickel, nickel oxide and mixtures thereof, wherein the porosity of the anode ranges between 10-40%; - a porous cathode, electron and proton conductor, and comprising an electrocatalyst; - a non-porous electrolyte, proton or ion conductor and electrically insulating, located between the anode and the cathode, comprising a composite ceramic.
A film comprising: (a) 5 to 50% of a cellulosic composition chosen from hydroxypropylmethylcellulose or hydroxypropylcellulose based on dry weight; and (b) 5 to 50% of methyl cellulose based on dry weight; wherein the breaking strength of the film is greater than 750 psi (5,171 kPa). (a) 5 to 50% of a cellulosic composition chosen from hydroxypropylmethylcellulose or hydroxypropylcellulose based on dry weight; and (b) 5 to 50% of methyl cellulose based on dry weight;