mhurhangee/ep-ind-claims huggingface dataset:
A vehicle comprising a structure for protecting an inverter fixed on a top surface of a drive train arranged laterally adjacent to a battery in an engine compartment, the structure comprising a protector configured to cover a front corner of the inverter facing the battery, wherein: the protector is fixed to at least two points on a first surface adjacent to the corner, the two points being arranged on a straight line, and a receiving portion is provided on a second surface of the inverter adjacent to the corner, the receiving portion is configured to receive an edge of the protector when the protector rotates on the straight line (Pv) passing through the at least two fixed points. the protector is fixed to at least two points on a first surface adjacent to the corner, the two points being arranged on a straight line, and a receiving portion is provided on a second surface of the inverter adjacent to the corner, the receiving portion is configured to receive an edge of the protector when the protector rotates on the straight line (Pv) passing through the at least two fixed points.
A printing assembly, wherein the printing assembly has at least one frame, which has at least two side walls and wherein the printing assembly has a crossmember which extends at least in a transverse direction between the side walls and wherein the printing assembly has at least one supporting body which can be moved relative to the frame in at least one parking direction, said supporting body extending at least in the transverse direction between the side walls and extending in the transverse direction over at least 75% of a working width of the at least one printing assembly, wherein at least two printing heads are arranged on the at least one supporting body and can be moved jointly with the at least one supporting body and wherein at least one first contact point arranged on the supporting body and at least one second contact point arranged on the at least one crossmember form a first contact-point pair, the contact points of which lie opposite each other in the parking direction and are in contact and/or can be brought into contact with each other and wherein the at least one first contact point pair has a respective distance from each side wall with respect to the transverse direction which corresponds to at least 20% of the working width of the printing assembly and wherein at least one third contact point arranged on the supporting body and at least one fourth contact point arranged on the crossmember form a second contact-point pair, the contact points of which lie opposite each other at least at times at least also in a supporting direction orthogonal to the parking direction and orthogonal to the transverse direction and are in contact and/or can be brought into contact with each other.
Tubular mould for the continuous casting of metal strands in billet or ingot format, which has an inner, interchangeable mould tube with a holding device, a water-conducting jacket, surrounding the mould tube, and a top flange at the pouring-in end and a bottom flange at the pouring-out end, - wherein the mould tube is connected to the water-conducting jacket via the top flange, the bottom flange and the holding device, - wherein, in a cross section through the tubular mould perpendicularly to the casting direction, the inner side of the water-conducting jacket runs concentrically in relation to the outer side of the mould tube and forms a constant water gap, through which cooling liquid for removing heat from the cast metal strand is conducted, - wherein the water-conducting jacket is produced from nonmagnetic material and serves as a mechanical support for the mould tube, - wherein the water-conducting jacket is produced from one piece, into which the mould tube as a whole can be inserted, - wherein the mould tube is connected at its outer surface to the water-conducting jacket by means of tension screws and pressure screws. - wherein the mould tube is connected to the water-conducting jacket via the top flange, the bottom flange and the holding device, - wherein, in a cross section through the tubular mould perpendicularly to the casting direction, the inner side of the water-conducting jacket runs concentrically in relation to the outer side of the mould tube and forms a constant water gap, through which cooling liquid for removing heat from the cast metal strand is conducted, - wherein the water-conducting jacket is produced from nonmagnetic material and serves as a mechanical support for the mould tube, - wherein the water-conducting jacket is produced from one piece, into which the mould tube as a whole can be inserted, - wherein the mould tube is connected at its outer surface to the water-conducting jacket by means of tension screws and pressure screws.
Valve assembly for an injection valve, comprising - a valve body including a central longitudinal axis, the valve body comprising a cavity with a fluid inlet portion and a fluid outlet portion, - a valve needle which is hollow and axially movable in the cavity, the valve needle preventing a fluid flow through the fluid outlet portion in a closed position and releasing fluid through the fluid outlet portion in further positions, wherein the valve needle is arranged such that fluid can flow from the fluid inlet portion into the hollow valve needle and - an actuator assembly being configured to actuate the valve needle, the actuator assembly comprising an armature axially movable in the cavity, wherein - the valve needle comprises at least one first orifice located axially between the armature and the fluid outlet portion, characterised in that - the valve needle comprises at least one second orifice located in the axial range of the armature and /or in an axial range extending away from the armature beginning from an axial end of the armature facing towards the fluid inlet portion, - the first and second orifices (16, 17) are configured to allow fluid flow between the hollow valve needle and the cavity and - the valve needle and armature are arranged such that a first gap exists between the valve needle and the armature wherein the first gap is provided to allow fluid flow from the hollow valve needle via the second orifice into the first gap and further into the cavity. - a valve body including a central longitudinal axis, the valve body comprising a cavity with a fluid inlet portion and a fluid outlet portion, - a valve needle which is hollow and axially movable in the cavity, the valve needle preventing a fluid flow through the fluid outlet portion in a closed position and releasing fluid through the fluid outlet portion in further positions, wherein the valve needle is arranged such that fluid can flow from the fluid inlet portion into the hollow valve needle and - an actuator assembly being configured to actuate the valve needle, the actuator assembly comprising an armature axially movable in the cavity, wherein - the valve needle comprises at least one first orifice located axially between the armature and the fluid outlet portion, characterised in that - the valve needle comprises at least one second orifice located in the axial range of the armature and /or in an axial range extending away from the armature beginning from an axial end of the armature facing towards the fluid inlet portion, - the first and second orifices (16, 17) are configured to allow fluid flow between the hollow valve needle and the cavity and - the valve needle and armature are arranged such that a first gap exists between the valve needle and the armature wherein the first gap is provided to allow fluid flow from the hollow valve needle via the second orifice into the first gap and further into the cavity.
A bench for performing hip thrusts with a barbell having a bar and disc-shaped weights attached thereto, such disc-shaped weights being selectable from a range of customary different sizes, whereby the bench consists of an H-shaped frame having a middle beam and two side beams, whereby the middle beam is slightly shorter than the distance between the disk-shaped weights attached to the bar of the barbell, and whereby the side beams disclose on their upper surface respective guides on which the bar of the barbell can slide, whereby the ends of said guides disclose end stops, whereby a backrest or seat comprising height-regulating means is provided on the middle beam, whereby the side beams disclose front and rear end legs which form respective pairs of front and rear legs, whereby the height of the side beams is large enough so that the bar of the barbell can roll over the surface of the side beams above the stretched-out body of a user lying on the floor and small enough for the larger disc-shaped weights to be substantially flush with the floor when the bar of the barbell is resting over the guides, and where, in alignment with intermediate points of the side beams of the H-shaped frame, emergences or off-shoots projecting downwards have been provided, forming intermediate legs, between which and one of the pairs of end legs of the frame a platform is fixed for supporting the feet of the user, preventing the bench assembly from being lifted up while carrying out some given exercises.
A method implemented by a mobile device in a system comprising said mobile device, a wireless network and a routing server coupled to the wireless network, the mobile device having a user interface and one or more communications applications and further having a messaging application, the mobile device having a first personal identification number, the method comprising: receiving an invitation via one of the communications applications, the invitation including a question; displaying the invitation including the question; receiving through the user interface an answer in response to the question; generating an encryption key using the answer; encrypting the first personal identification number using said encryption key; transmitting the encrypted first personal identification number in response to the received invitation; receiving an encrypted second personal identification number in response to the transmitted first personal identification number; and decrypting the encrypted second personal identification number, whereby peer-to-peer messages are sent and received by the mobile device using said messaging application, and wherein each transmitted peer-to-peer message contains the second personal identification number, each received peer-to-peer message contains the first personal identification number, and each peer-to-peer message is routed by the routing server based upon said personal identification numbers. receiving an invitation via one of the communications applications, the invitation including a question; displaying the invitation including the question; receiving through the user interface an answer in response to the question; generating an encryption key using the answer; encrypting the first personal identification number using said encryption key; transmitting the encrypted first personal identification number in response to the received invitation; receiving an encrypted second personal identification number in response to the transmitted first personal identification number; and decrypting the encrypted second personal identification number, whereby peer-to-peer messages are sent and received by the mobile device using said messaging application, and wherein each transmitted peer-to-peer message contains the second personal identification number, each received peer-to-peer message contains the first personal identification number, and each peer-to-peer message is routed by the routing server based upon said personal identification numbers.
A deflection portion for guiding exhaust air or supply air comprising a substantially circular first connection cross-section arranged at a first end of the deflection portion and having a first flow direction and a substantially rectangular second connection cross-section arranged at a second end of the deflection portion and having a second flow direction, wherein the first flow direction and the second flow direction include approximately a right angle, wherein the deflection portion also has a transitional tube portion which adjoins the first connection cross-section and converts the circular first connection cross-section into a rectangular cross-section, characterised in that the rectangular cross-section of the transitional tube portion is equal to the second connection cross-section and the transitional tube portion extends in the first flow direction, and the deflection portion further has a tube bend portion with a constant rectangular cross-section, wherein the tube bend portion is so designed that it deflects a gas flow from the first flow direction into the second flow direction, wherein the tube bend portion has two mutually opposite inner surfaces (11, 12) curved in the form of part-circular arcs and a guide element extending between the curved inner surfaces (11, 12) in the form of a part-circular arc, wherein the curved inner surfaces (11, 12) and the surfaces (14, 15) of the guide element are arranged concentrically, wherein the curved inner surfaces (11, 12) of the tube bend portion extend directly from the rectangular cross-section of the transitional tube portion such that the tube bend portion does not have a straight portion at its end towards the transitional tube portion.
An ostomy accessory (13, 13', 13") for an intestinal stoma of a mammal patient, which comprises an insertion portion for inserting into an intestinal stoma of an ostomy, and in that it also comprises an evacuation portion (9, 9') adapted to evacuate faecal matter from an intestine connected to said intestinal stoma through said insertion portion, characterized in that said evacuation portion comprises a substantially collapsible expandable reservoir, such as an expandable bag or a pouch, wherein the collapsible expandable reservoir is self expandable, wherein the insertion portion is adapted to be inserted into an artificial closure proximal to said stoma for to open and close the intestinal passageway to said stoma, in which said insertion portion is adapted to open said artificial closure when it is adjacent to or in contact with said artificial closure.
Metering unit for granular material, for example seed or fertilizer, for conveying the granular material in adjustable quantities, wherein the metering unit comprises a metering unit housing, a metering wheel arranged and drivable in the metering unit housing, and a displaceable shut-off valve, wherein the metering unit housing comprises a metering unit cover that can be moved into different positions, the metering unit cover comprises a first position protecting the metering wheel and a second position releasing the metering wheel, a locking means securing the metering unit cover in the first position is associated with the metering unit cover, and wherein the locking means comprises a locking element that can be pushed away, characterized in that the metering unit cover on the side facing the shut-off valve has a lug and the locking element is configured to provide a releasable, interlocking connection to the lug of the metering unit cover in the first position, in that the shut-off valve in the push-away direction of the locking element is arranged behind the locking means and comprises a receptacle for the locking element and in that the shut-off valve is configured by means of the receptacle to facilitate and/or to block the pushing away of the locking element.
Valve of a fuel injector for a selective separation of a high pressure region from a low pressure region of a fuel comprising: an opening in a seat plate; an armature that is configured to close the opening of the seat plate; a spring element that preloads the armature in the direction of a position closing the opening; and an electromagnet for raising the armature from the position closing the opening into a position releasing the opening, an elastically compressible damping element to bound an armature stroke on the raising of the armature from the seat plate into the releasing position, characterized in that the damping element has a spherical section at its contact surface to the armature to minimize a contact surface with the armature, and the armature, except for the contact to the damping element, does not have any further mechanical contact with the electromagnet or an abutment surface formed by the electromagnet on the transition from the position closing the opening into the position releasing the opening, in which the armature is completely braked by the damping element. an opening in a seat plate; an armature that is configured to close the opening of the seat plate; a spring element that preloads the armature in the direction of a position closing the opening; and an electromagnet for raising the armature from the position closing the opening into a position releasing the opening, an elastically compressible damping element to bound an armature stroke on the raising of the armature from the seat plate into the releasing position, characterized in that the damping element has a spherical section at its contact surface to the armature to minimize a contact surface with the armature, and the armature, except for the contact to the damping element, does not have any further mechanical contact with the electromagnet or an abutment surface formed by the electromagnet on the transition from the position closing the opening into the position releasing the opening, in which the armature is completely braked by the damping element.
A method for wireless communication, comprising: indicating a capability of supporting more than five downlink component carriers or of supporting a dual physical uplink control channel, PUCCH, configuration; receiving a multi-carrier configuration of downlink component carriers comprising a first group of downlink component carriers (235-a, 335-a) and a second group (235-b, 335-b) of downlink component carriers; and transmitting at least one of a first PUCCH or a second PUCCH, the first PUCCH being associated with a downlink component carrier of the first group, and the second PUCCH being associated with a downlink component carrier of the second group; wherein the first PUCCH is configured on a first uplink component carrier of the multi-carrier configuration and the second PUCCH is configured on a second uplink component carrier of the multi-carrier configuration; wherein the first uplink component carrier corresponds to a primary cell group, and the second uplink component carrier corresponds to a secondary cell group; wherein the primary cell group is associated with a first base station (105-c), and the secondary cell group is associated with a second base station (105-d). indicating a capability of supporting more than five downlink component carriers or of supporting a dual physical uplink control channel, PUCCH, configuration; receiving a multi-carrier configuration of downlink component carriers comprising a first group of downlink component carriers (235-a, 335-a) and a second group (235-b, 335-b) of downlink component carriers; and transmitting at least one of a first PUCCH or a second PUCCH, the first PUCCH being associated with a downlink component carrier of the first group, and the second PUCCH being associated with a downlink component carrier of the second group; wherein the first PUCCH is configured on a first uplink component carrier of the multi-carrier configuration and the second PUCCH is configured on a second uplink component carrier of the multi-carrier configuration; wherein the first uplink component carrier corresponds to a primary cell group, and the second uplink component carrier corresponds to a secondary cell group; wherein the primary cell group is associated with a first base station (105-c), and the secondary cell group is associated with a second base station (105-d).
A liquid filled hard capsule, comprising: a hard capsule shell comprising hydroxypropyl methyl cellulose, pullulan, or mixtures thereof; a liquid fill inside the hard capsule shell comprising an effective amount of beta-hydroxy-betamethylbutyric acid (HMB free acid) in liquid form and at least one excipient selected from quaternary ammonium salts, amino acids, amino acid derivatives, monosaccharides, disaccharides, and mixtures thereof, wherein said excipient is present from 30 % w/w to 60% w/w, particularly from 40 % to 50 % w/w, of the liquid fill; wherein the liquid filled hard capsule is physically stable under conditions of 40°C/75% relative humidity for at least three months, preferably at least six months.
A vehicle, comprising: a rotating electrical machine for driving equipped in the vehicle; an internal combustion engine having a throttle valve; a controller for controlling said vehicle to perform a ventilation operation of ventilating air in an intake passage when said vehicle runs with use of said rotating electrical machine for driving, and said vehicle is predicted to have a high temperature in said intake passage of said internal combustion engine even though said internal combustion engine is in a stopped state, characterised in that the vehicle further comprising: a ventilation device for performing said ventilation operation, said ventilation device including a communication passage having one end connected to said intake passage, wherein said ventilation device performs ventilation operation by allowing air in said intake passage to flow into said communication passage with said throttle valve being opened along with said ventilation operation. a rotating electrical machine for driving equipped in the vehicle; an internal combustion engine having a throttle valve; a controller for controlling said vehicle to perform a ventilation operation of ventilating air in an intake passage when said vehicle runs with use of said rotating electrical machine for driving, and said vehicle is predicted to have a high temperature in said intake passage of said internal combustion engine even though said internal combustion engine is in a stopped state, characterised in that the vehicle further comprising: a ventilation device for performing said ventilation operation, said ventilation device including a communication passage having one end connected to said intake passage, wherein said ventilation device performs ventilation operation by allowing air in said intake passage to flow into said communication passage with said throttle valve being opened along with said ventilation operation. a ventilation device for performing said ventilation operation, said ventilation device including a communication passage having one end connected to said intake passage, wherein said ventilation device performs ventilation operation by allowing air in said intake passage to flow into said communication passage with said throttle valve being opened along with said ventilation operation.