mhurhangee/ep-ind-claims huggingface dataset:
Aircraft seat device with a support module (24a; 24b; 24c; 24d; 24e) that is embodied as a headrest and comprises at least one elastically deformable support element (26a; 26b; 26c; 26d; 26e), characterised in that the elastically deformable support element (26a; 26b; 26c; 26d; 26e) is configured to execute, under the influence of a utilisation force, a bending-wave-like compensation movement via elastic deformation, the elastically deformable support element (26a; 26b; 26c; 26d; 26e) being configured, depending on a force acting onto the support element (26a; 26b; 26c; 26d; 26e), to execute a compensation movement that takes place at least partly in a region differing from an impact zone of the force, a head of a middle-sized person (50 th percentile) being arranged approximately in a middle region of the support module (24a; 24b; 24c; 24d; 24e) that is embodied as a headrest, the force acting onto the middle region of the support element (26a; 26b; 26c; 26d; 26e) via the head deposited on the headrest, which results in the support element (26a; 26b; 26c; 26d; 26e) being pressed, in the middle region, towards a backrest (14a; 14b; 14c; 14d; 14e), the support element (26a; 26b; 26c; 26d; 26e) being bulged away from the backrest (14a; 14b; 14c; 14d; 14e) in a lower region by the compensation movement via the centrally acting force, which results in an elevation in the lower region that supports a passenger's nape and/or shoulder region.
A method of wireless communications in a 3GPP communication system, comprising: transmitting an original transmission in a hybrid automatic repeat request, HARQ process, the original transmission having a first transport block allocated to a first code word and a second transport block allocated to a second code word, each transport block including multiple code blocks grouped into code block groups, wherein each codeword is associated with different antennas or different groups of antennas; receiving a negative acknowledgment indicating that a subset of the code block groups was not successfully received; and retransmitting the subset of the code block groups on at least one of the first code word or the second code word in a retransmission in the HARQ process, wherein at least one code block is retransmitted on a different code word in the retransmission than in the original transmission, wherein the retransmission includes at least one code block group from the first code word and at least one code block group from the second code word, wherein receiving the negative acknowledgment includes determining a list of code block groups to be included in the retransmission based on a retransmission grant, wherein the retransmitting comprises calculating a nominal payload size of code words in the list of code block groups to be included in the retransmission, wherein the retransmitting comprises allocating the subset of code block groups to the first code word and the second code word proportionately according to the nominal payload size of each code word in the retransmission. transmitting an original transmission in a hybrid automatic repeat request, HARQ process, the original transmission having a first transport block allocated to a first code word and a second transport block allocated to a second code word, each transport block including multiple code blocks grouped into code block groups, wherein each codeword is associated with different antennas or different groups of antennas; receiving a negative acknowledgment indicating that a subset of the code block groups was not successfully received; and
A rotor blade for a compressor of a turbo engine, having a blade with a front edge, a rear edge and a blade tip, a pressure side and a suction side extending therebetween, characterized by a unilateral pressure-sided profile variation extending into the rear edge and the blade tip, wherein the profile variation is a recess opening to the blade tip and the rear edge which begins in the region of a maximum pressure gradient and has a flat inflow surface which is stepped back compared to an adjacent surface section or is a wave profile whose wave troughs are basically oriented in the radial direction to the rotation axis.
A method for backing up a file, the method, applied in a terminal, comprising: the terminal determining a hash value of the file according to a preset algorithm; the terminal inquiring for the determined hash value in a local back-up database; and if it is found out that the hash value has been recorded in the local back-up database, the terminal canceling backing up the file to a back-up server. the terminal determining a hash value of the file according to a preset algorithm; the terminal inquiring for the determined hash value in a local back-up database; and if it is found out that the hash value has been recorded in the local back-up database, the terminal canceling backing up the file to a back-up server.
An internal combustion engine including a cylinder head (20, 20A) and an intake manifold, the cylinder head comprising: a bottom wall section having first and second combustion-chamber-configuring recessed sections formed for configuring a combustion chamber; side wall sections configured to surround the bottom wall section; an attachment part which is provided on one of the side wall sections extending along the arrangement direction of the first and the second combustion-chamber-configuring recessed sections for attaching the intake manifold, and has a contact plane that the intake manifold contacts, the intake manifold including an attachment flange section which has a contact plane for contacting the contact plane of the attachment part, wherein, a tumble control valve device is provided on the attachment flange section of the intake manifold, the tumble control valve being configured from a valve member, a valve shaft for supporting the valve member, and an actuator for rotationally driving the valve member via the valve shaft; the intake manifold has a bearing member that rotatably supports the valve shaft; first and second intake passages (322, 323) are provided that open on one end to the first and the second combustion-chamber-configuring recessed sections and open on the other end to the contact plane, such that the bearing member of the intake manifold is disposed between the first intake passage and the second intake passage when intake manifold is attached to the attachment part; and a recessed section is formed in the portion of the attachment part corresponding to a space between the first and the second intake passages, the recessed section opening toward the direction a bottom surface of the bottom wall section is facing. a bottom wall section having first and second combustion-chamber-configuring recessed sections formed for configuring a combustion chamber; side wall sections configured to surround the bottom wall section; an attachment part which is provided on one of the side wall sections extending along the arrangement direction of the first and the second combustion-chamber-configuring recessed sections for attaching the intake manifold, and has a contact plane that the intake manifold contacts,
A protective headgear apparatus, comprising: a facial shield including a first sheet of material which is impermeable, flexible and transparent, a second sheet of material which is pliant, said first and second sheets (401, 450) of material each having a first portion of the perimeters thereof of substantially the same curved edge configuration, said first portion of said first and second sheets (401, 450) of material joined together such that said facial shield is able to lie flat, said first and second sheets (401, 450) of material each having a second portion of the perimeters thereof which are separable from each other, characterised by flexible support tabs (452, 453) provided at the upper ends of the second sheet adjacent to the respective ends of the curved edge or joinder edge, said flexible support tabs (452, 453) being arranged to cause the second sheet to maintain a preferred shape surrounding the head of a wearer interacting with a tension created along a free edge of the second sheet by the insertion of the wearer's face to draw an upper extension of the free edge into contact or close proximity of a temple area of the wearer's head thus extending away from the curved edge or joinder edge into abutment with an upper or temporal portion of the head of the wearer.
A surgical buttress for use in a surgical stapling apparatus (10, 100, 1030), the surgical buttress comprising a body portion having lateral edges defining pockets, wherein the lateral edges are wings configured to extend beyond the sides of the surgical stapling apparatus and a radioactive material is disposed in at least some of the pockets, wherein the pockets are solely disposed along the lateral edges.
An inhibitor of Motile Sperm Domain containing Protein 2 (MOSPD2) for use in treating or preventing an inflammatory disease or disorder, wherein the inhibitor is an RNA silencing agent, wherein the RNA silencing agent specifically inhibits or silences the expression of MOSPD2.
A thin film transistor, comprising a gate electrode, a gate insulation layer, a semiconductor active layer, a source electrode and a drain electrode provided on a base substrate, wherein at least one of the gate electrode and a combination of the source electrode and the drain electrode is made of Cu or Cu alloy; wherein the thin film transistor further comprises an anti-oxidization layer made of a topological insulator material, the anti-oxidization layer being provided above and in contact with the at least one of the gate electrode and the combination of the source electrode and the drain electrode made of Cu or Cu alloy, wherein the semiconductor active layer is an active layer of nitrogen doped graphene, wherein the gate insulation layer comprises a first silicon nitride layer in contact with the active layer of nitrogen doped graphene, a second silicon nitride layer and a silicon dioxide layer between the first silicon nitride layer and the second silicon nitride layer; the anti-oxidization layer comprises a first anti-oxidization layer provided above and in contact with the gate electrode, and the second silicon nitride layer is in contact with the first anti-oxidization layer.
Free-standing solid absorber in the form of a column erected away from a building and which consists of at least one load-bearing concrete body (39, 58) in which the tubes of a heat exchanger are embedded, characterised in that the solid absorber consists of several shells (32, 33, 34, 39) concentric to one another, of which one of the shells is designed as a load-bearing concrete body (39, 58) and in that the first, outermost shell consists of a glass pane encompassing several sides of the solid absorber, capturing the sunlight, and defining an air gap encompassing several sides of the solid absorber as a second shell which air gap defines as a third shell a primary heat exchanger which is embedded in a first buffer store.
A heat-sensitive recording material with a flat support, a thermal reaction layer on at least one side of the flat support and an intermediate layer, which is formed between the flat support and the respective thermal reaction layer, and selectively further layers, wherein a cross-linked biopolymer material in the form of nanoparticles is used as the binder, and wherein the cross-linked biopolymer material in the form of nanoparticles is obtainable by means of a method, in which a biopolymer material is plasticised using shear forces and in the presence of a cross-linking agent and then dispersed in a hydroxylic solvent, wherein the cross-linked biopolymer material in the form of nanoparticles is used in the thermal reaction layer(s) and/or the intermediate layer(s), and wherein the cross-linked biopolymer material in the form of nanoparticles has a degree of swelling, of less than 1, wherein the cross-linked biopolymer material in the form of nanoparticles is a starch, a starch derivative or a polymer mixture with at least 50% by weight starch or starch derivative, wherein the degree of swelling relates to a volume expansion when the cross-linked biopolymer material in the form of nanoparticles swells in water, wherein for this purpose, a sample of a water-free quantity of 2 g is added to 200 ml pure water, dispersed therein and directly thereafter heated in a water bath that is boiling well for 30 minutes and cooled to room temperature, and the part of the water that was evaporated is added and the sample is dispersed again and 100 ml of the dispersion are placed precisely in a measuring cylinder, and the measuring cylinder is allowed to stand for 24 hours at room temperature and a precipitate is measured visually with respect to its quantity (ml) and this value is taken as the degree of swelling.
A delivery assembly for a machine for preparing liquid products using capsules, the delivery assembly comprising: - a support structure bearing an injector device for introducing a fluid, such as water and/or steam under pressure, into a capsule; - a capsule-holder, mounted movable in the support structure; - guide means (52-54, 32-34), designed to enable the capsule-holder to displace between a position distanced from the injector device, to enable loading of a capsule into the assembly, and a position approached to the injector device, to enable injection of the fluid into the capsule loaded in the capsule-holder; - an actuation mechanism (3-7; 80), operable for causing displacements of the capsule-holder between the distanced position and the approached position; - a longitudinally extended ejector member, mounted movable on the capsule-holder and designed to eject the capsule outside of the capsule-holder during displacement of the capsule-holder from the approached position to the distanced position, the ejector member having a head end capable to assume a withdrawn position and an advanced position relative to a bottom of the capsule-holder, and a rear end that is able to co-operate with a reaction element, characterized in that the ejector member comprises a plurality of parts (74, 75; 74, 75, 75') connected in an articulated way, amongst which at least one first part, including said head end, and one second part, including said rear end, the first part and the second part being articulated in such a way that the second part is able to assume a plurality of angular positions with respect to the first part and to the reaction element during displacement of the capsule-holder between the distanced position and the approached position. - a support structure bearing an injector device for introducing a fluid, such as water and/or steam under pressure, into a capsule; - a capsule-holder, mounted movable in the support structure; - guide means (52-54, 32-34), designed to enable the capsule-holder to displace between a position distanced from the injector device, to enable loading of a capsule into the assembly, and a position approached to the injector device, to enable injection of the fluid into the capsule loaded in the capsule-holder; - an actuation mechanism (3-7; 80), operable for causing displacements of the capsule-holder between the distanced position and the approached position; - a longitudinally extended ejector member, mounted movable on the capsule-holder and designed to eject the capsule outside of the capsule-holder during displacement of the capsule-holder from the approached position to the distanced position, the ejector member having a head end capable to assume a withdrawn position and an advanced position relative to a bottom of the capsule-holder, and a rear end that is able to co-operate with a reaction element,
An early-learning activity mat comprising a plurality of rigid panels (12, 14) articulated to one another by flexible hinges, at least one of said hinges being seamless, and fastening means (20, 22) for positioning the mat in at least a first and a second configuration, characterized in that the mat has a polygonal outer contour, and in that the plurality of panels (12, 14) comprises several central panels, able to be superimposed on one another, each central panel being in the shape of a polygon section, said central panels being juxtaposed with one another so as to form a central polygon substantially centered on the center of the mat, the central polygon being a homothety of the outer contour.
A pin joint assembly, comprising: a first lug and a second lug; a pin extending through the first and second lugs; a U-shaped bushing between the first lug and the pin, wherein the U-shaped bushing comprises a first end flange and a second end flange that extend radially outwards and retain the U-shaped bushing to the first lug; characterised in that the U-shaped bushing comprises a bearing surface between the first and second end flanges on which the first lug is slidable in a direction parallel to the pin axis. a first lug and a second lug; a pin extending through the first and second lugs; a U-shaped bushing between the first lug and the pin, wherein the U-shaped bushing comprises a first end flange and a second end flange that extend radially outwards and retain the U-shaped bushing to the first lug; characterised in that the U-shaped bushing comprises a bearing surface between the first and second end flanges on which the first lug is slidable in a direction parallel to the pin axis.
Video retrieval system comprising a retrieval means for retrieving, from a database, trajectory data of moving objects as a response to a search query, the trajectory data of moving objects being stored in the database in a tree-like data structure indexed by indexing bounding rectangles (A, B, C, D), wherein leaves of said tree-like data structure represent the actual stored trajectory points, whereby the search query is formulated on the basis of a search trajectory, which is represented as a plurality of search segments (17, 18, 19), whereby the retrieval means comprises interpreting means for generating a plurality of minimum bounding boxes (24, 25, 26, 27), whereby the plurality of the minimum bounding boxes (24, 25, 26, 27) covers the search trajectory or at least one of the search segments (17, 18, 19) and whereby the retrieval means is realised for accessing the database by using at least one of the minimum bounding boxes (24, 25, 26, 27) as a query area, characterised in that the interpreting means are realised to generate an intermediate minimum bounding box (21, 22, 23) for the single search segment (17, 18, 19) and to split the intermediate minimum bounding box (21, 22, 23) to generate the plurality of minimum bounding boxes (24, 25, 26, 27) such that said minimum bounding boxes (24, 25, 26, 27) are arranged overlap-free and adjacent within the intermediate minimum bounding box (21, 22, 23), and whereby the search for similar trajectories or parts thereof is performed in the tree-like data structure only in the indexing bounding rectangles (A, B, C, D) overlaying with the minimum bounding boxes (24, 25, 26, 27).
A hydraulic drive for executing a linear movement comprising a motor, a pump, a lift cylinder with a linearly movable piston and a cylinder housing having at least one first connection and at least one second connection, a spring arranged such that the piston can be extended or retracted in the relaxed state of the spring, and at least one first valve by means of which the first connection and the second connection of the cylinder housing can be fluidly connected, wherein a reservoir for a working fluid is provided and fluidly connected to the second connection and an inlet of the pump, wherein at least one second valve connected in parallel with the first valve is provided, wherein the first valve has a greater maximum volumetric flow rate than the maximum volumetric flow rate of the second valve, wherein at least one throttle device (15; 16) is provided in the respective fluidic connections between the first connection and the first valve and/or between the first connection and the second valve, characterized in that the first valve and the second valve have a first switch position with a flow path such that a respective fluidic connection can be established from the first connection to the second connection and a second switch position with a spring-loaded check valve in which the first valve and/or second valve is able to disconnect the respective fluidic connection from the first connection to the second connection. wherein a reservoir for a working fluid is provided and fluidly connected to the second connection and an inlet of the pump, wherein at least one second valve connected in parallel with the first valve is provided, wherein the first valve has a greater maximum volumetric flow rate than the maximum volumetric flow rate of the second valve, wherein at least one throttle device (15; 16) is provided in the respective fluidic connections between the first connection and the first valve and/or between the first connection and the second valve, characterized in that the first valve and the second valve have a first switch position with a flow path such that a respective fluidic connection can be established from the first connection to the second connection and a second switch position with a spring-loaded check valve in which the first valve and/or second valve is able to disconnect the respective fluidic connection from the first connection to the second connection.
An inkjet recording device control method comprising: a printing object detection step of detecting a printing object; a charge control signal transmission step of transmitting signals for controlling charges of a plurality of nozzles at a timing when the printing object is detected in the printing object detection step and signals are received from all of a plurality of processing units (1, 2); and a printing step of controlling the plurality of nozzles and performing printing based on the signals for controlling the charges that have been transmitted in the charge control signal transmission step, wherein the printing step includes transmitting printing start signals from each of the plurality of processing units (1, 2) to a circuit and after printing start signals are received by the circuit transmitting printing synchronization signals from the circuit to the plurality of processing units (1, 2). a printing object detection step of detecting a printing object; a charge control signal transmission step of transmitting signals for controlling charges of a plurality of nozzles at a timing when the printing object is detected in the printing object detection step and signals are received from all of a plurality of processing units (1, 2); and a printing step of controlling the plurality of nozzles and performing printing based on the signals for controlling the charges that have been transmitted in the charge control signal transmission step, wherein the printing step includes transmitting printing start signals from each of the plurality of processing units (1, 2) to a circuit and after printing start signals are received by the circuit transmitting printing synchronization signals from the circuit to the plurality of processing units (1, 2).