mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus for generating a sound field description using an input signal comprising a mono-signal or a multi-channel signal, the apparatus comprising: an input signal analyzer for analyzing the input signal to derive direction data and diffuseness data; a low-order components generator for generating a low-order sound field description from the input signal up to a predetermined order and mode, wherein the low-order components generator is configured to derive the low-order sound field description by copying or taking the input signal or performing a weighted combination of the channels of the input signal; a mid-order components generator for generating a mid-order sound field description above the predetermined order or at the predetermined order and above the predetermined mode and below or at a first truncation order using a synthesis of at least one direct portion and of at least one diffuse portion using the direction data and the diffuseness data so that the mid-order sound field description comprises a direct contribution and a diffuse contribution; and a high-order components generator for generating a high-order sound field description having a component above the first truncation order using a synthesis of at least one direct portion, wherein the high order sound field description comprises a direct contribution only. an input signal analyzer for analyzing the input signal to derive direction data and diffuseness data; a low-order components generator for generating a low-order sound field description from the input signal up to a predetermined order and mode, wherein the low-order components generator is configured to derive the low-order sound field description by copying or taking the input signal or performing a weighted combination of the channels of the input signal; a mid-order components generator for generating a mid-order sound field description above the predetermined order or at the predetermined order and above the predetermined mode and below or at a first truncation order using a synthesis of at least one direct portion and of at least one diffuse portion using the direction data and the diffuseness data so that the mid-order sound field description comprises a direct contribution and a diffuse contribution; and a high-order components generator for generating a high-order sound field description having a component above the first truncation order using a synthesis of at least one direct portion, wherein the high order sound field description comprises a direct contribution only.
A hard shell microencapsulated latent heat transport material, comprising; non-porous hollow silica particles, having a phase change material having a phase change temperature at equal to or higher than 80 °C and equal to or lower than 600 °C employed from lithium hydrate-sodium hydrate based molten salt, sodium hydrate-potassium hydrate based molten salt, sodium hydrate-sodium nitrate based molten salt or inorganic hydrates such as magnesium chloride and magnesium nitrate included therein for causing absorption or discharge of latent heat in response to a temperature change, said hard shell microencapsulated latent heat transport material being characterized by having the outer shell of porous hollow silica particles covered with silica.
A cementitious composition consisting of: 100 parts by dry weight of class C fly ash; 2-3.5 parts by dry weight of an alkali metal salt of citric acid; 0.5 to 1 parts by dry weight of sodium silicate; and water. 100 parts by dry weight of class C fly ash; 2-3.5 parts by dry weight of an alkali metal salt of citric acid; 0.5 to 1 parts by dry weight of sodium silicate; and water.
An indoor unit comprising: an evaporator , a blower that is configured to supply air to the evaporator , a suction air temperature detector that is configured to detect a suction air temperature (Tin) in the upstream of the air flow of the evaporator , an outlet air temperature detector that is configured to detect the outlet air temperature (Tout) in the downstream of the air flow of the evaporator , characterized by an evaporator inlet fluid temperature detector that is configured to detect the fluid temperature in the fluid inlet side of the evaporator , a suction air humidity detector that is configured to detect suction air humidity (Hin) at the upstream side of the air flow in the evaporator , an adjustment valve that is configured to adjust the flow amount of the fluid made to be flowed into the evaporator , and a controller that is configured to calculate a suction air dew point temperature (Tdin) from suction air temperature information (Tin) detected by the suction air temperature detector and suction humidity information (Hin) detected by the suction air humidity detector , and calculate an outlet air dew point temperature (Tdou) based on the suction air dew point temperature (Tdin), the suction air temperature (Tin), the outlet air temperature (Tout), and the evaporator inlet fluid temperature (Tpin). a blower that is configured to supply air to the evaporator , a suction air temperature detector that is configured to detect a suction air temperature (Tin) in the upstream of the air flow of the evaporator , an outlet air temperature detector that is configured to detect the outlet air temperature (Tout) in the downstream of the air flow of the evaporator , characterized by an evaporator inlet fluid temperature detector that is configured to detect the fluid temperature in the fluid inlet side of the evaporator , a suction air humidity detector that is configured to detect suction air humidity (Hin) at the upstream side of the air flow in the evaporator , an adjustment valve that is configured to adjust the flow amount of the fluid made to be flowed into the evaporator , and a controller that is configured to calculate a suction air dew point temperature (Tdin) from suction air temperature information (Tin) detected by the suction air temperature detector and suction humidity information (Hin) detected by the suction air humidity detector , and calculate an outlet air dew point temperature (Tdou) based on the suction air dew point temperature (Tdin), the suction air temperature (Tin), the outlet air temperature (Tout), and the evaporator inlet fluid temperature (Tpin).
A method for communicating between a machine to machine, M2M, device and a device management, DM, server over SMS, wherein the M2M device has an M2M client supporting SMS binding, the method comprising the steps of: obtaining key material, the key material configured to protect data communicated between the M2M device and the DM server ; protecting data to be communicated using the key material; and communicating the protected data between the M2M device and the DM server over SMS containing data having a secured packet structure secured using the key material, wherein obtaining the key material comprises: a) sending data necessary to derive the key material on to the M2M client of the M2M device over SMS, wherein the key material is derived using generic bootstrapping architecture, GBA. obtaining key material, the key material configured to protect data communicated between the M2M device and the DM server ; protecting data to be communicated using the key material; and communicating the protected data between the M2M device and the DM server over SMS containing data having a secured packet structure secured using the key material, wherein obtaining the key material comprises: a) sending data necessary to derive the key material on to the M2M client of the M2M device over SMS, wherein the key material is derived using generic bootstrapping architecture, GBA. a) sending data necessary to derive the key material on to the M2M client of the M2M device over SMS, wherein the key material is derived using generic bootstrapping architecture, GBA.
A vehicle crash pad coupled to a passenger airbag door having a passenger airbag installed in a passenger seat direction, the vehicle crash pad comprising: a base forming a frame; a scrim coupled to an inside of the base of the passenger airbag door in an insert-injection method; a skin disposed above the base and having a surface exposed to an outside; a foam disposed between the base and the skin ; and incision grooves formed in a rear surface of the base in an area of the passenger airbag door characterized in that the incision grooves comprise: a first incision line extending in a width direction of the base formed in the area of the passenger airbag door ; second incision lines extending in a vertical direction from both ends of the first incision line ; and third incision lines extending from both ends of the second incision lines toward each corner of the passenger airbag door , and fourth incision lines extending in a vertical direction and a horizontal direction from an end of the third incision lines to connect ends of the third incision lines (313 to each other. a base forming a frame; a scrim coupled to an inside of the base of the passenger airbag door in an insert-injection method; a skin disposed above the base and having a surface exposed to an outside; a foam disposed between the base and the skin ; and incision grooves formed in a rear surface of the base in an area of the passenger airbag door a first incision line extending in a width direction of the base formed in the area of the passenger airbag door ; second incision lines extending in a vertical direction from both ends of the first incision line ; and third incision lines extending from both ends of the second incision lines toward each corner of the passenger airbag door , and fourth incision lines extending in a vertical direction and a horizontal direction from an end of the third incision lines to connect ends of the third incision lines (313 to each other.
Driver monitoring system for a motor vehicle, comprising an illumination apparatus adapted to illuminate the driver's face with optical radiation , an imaging device directed to the driver's face , and a processing device adapted to evaluate driver attentiveness through image processing of images captured by said imaging device , wherein said illumination apparatus is adapted to generate polarized illumination radiation , and said driver monitoring system comprises an imaging side polarization filter arranged in the path of reflected radiation from the driver's face to the imaging device , wherein the polarized illumination radiation and the imaging side polarization filter each comprise linear polarization , characterized in that the angle between the linear polarization directions of the polarized illumination radiation and the imaging side polarization is at least 10°, wherein the linear polarization direction of the polarized illumination radiation and of the imaging side polarization filter is oriented under an angle in the range of 30° to 60° relative to the vertical.
A surgical instrument of cross-branched design having a female branch and a male branch , each having a terminal portion along their longitudinal extent, and the terminal portion of the female branch being pierced by a passage opening having a distal and a proximal longitudinal end surface (12a, b), each having two outer edges (14a-d) and being adapted to receive the terminal portion of the male branch , so that the two terminal portions form a box-lock mechanism in an assembly position of the instrument , wherein the passage opening has a length at which the outer edges (14a-d) of the longitudinal end surfaces (12a, b) are exposed and are not covered by the male branch in all relative positions of the two branches , in particular in a fully closed position and/or in a fully open position of the instrument , characterized in that the passage opening further forms two opposite inner contact surfaces connecting the two longitudinal end surfaces (12a, b), the terminal portion of the male branch forms two outer contact surfaces facing away from each other and outer transverse surfaces (34, 36a, b) connecting the two outer contact surfaces to each other, so that in the box-lock mechanism in each case an inner contact surface and an outer contact surface are held rotatably against each other, and in all relative positions of the branches in each case between the proximal and the distal longitudinal end surface (12a, b) and an outer transverse surface (34, 36a, b), a channel through which flow is possible is formed. the passage opening has a length at which the outer edges (14a-d) of the longitudinal end surfaces (12a, b) are exposed and are not covered by the male branch in all relative positions of the two branches , in particular in a fully closed position and/or in a fully open position of the instrument , characterized in that the passage opening further forms two opposite inner contact surfaces connecting the two longitudinal end surfaces (12a, b), the terminal portion of the male branch forms two outer contact surfaces facing away from each other and outer transverse surfaces (34, 36a, b) connecting the two outer contact surfaces to each other, so that in the box-lock mechanism in each case an inner contact surface and an outer contact surface are held rotatably against each other, and in all relative positions of the branches in each case between the proximal and the distal longitudinal end surface (12a, b) and an outer transverse surface (34, 36a, b), a channel through which flow is possible is formed.
A surgical instrument comprising: a handle ; an elongated shaft extending from the handle ; a surgical fastener deployment system including a driveshaft , wherein the driveshaft is received in the handle and extends distally from the handle through an internal lumen of the elongated shaft , wherein the driveshaft is actuatable between at least a first proximal position and a second distal position to deploy a surgical fastener; a striker movable relative to the driveshaft ; an impact surface associated with the driveshaft , wherein the impact surface is constructed and arranged to be struck by the striker to displace the driveshaft to the second distal position; and an energy storage member associated with the striker , wherein actuation of the driveshaft from the first proximal position towards the second distal position stores compression energy in the energy storage member which is released to accelerate the striker in the distal direction to strike the impact surface . a handle ; an elongated shaft extending from the handle ; a surgical fastener deployment system including a driveshaft , wherein the driveshaft is received in the handle and extends distally from the handle through an internal lumen of the elongated shaft , wherein the driveshaft is actuatable between at least a first proximal position and a second distal position to deploy a surgical fastener; a striker movable relative to the driveshaft ; an impact surface associated with the driveshaft , wherein the impact surface is constructed and arranged to be struck by the striker to displace the driveshaft to the second distal position; and an energy storage member associated with the striker , wherein actuation of the driveshaft from the first proximal position towards the second distal position stores compression energy in the energy storage member which is released to accelerate the striker in the distal direction to strike the impact surface .
A process for transmitting a plurality of signals from a control centre to a plurality of devices (20-29) wherein the signals are transmitted over a multiple access channel, and each signal is specific to a respective device, characterised in that each signal includes a spread spectrum encoding sequence specific to the device convolved with encoded data relating to the device, -wherein the signal specific to each device is convolvable with a spread spectrum encoding sequence to extract the encoded data relating to the device, and wherein the signal is transmitted from the control centre through a series of one or more intermediate disaggregation elements , and the signal is convolved in a series of spread spectrum encoding sequences each associated with one of the intermediate elements in the series.
Air turbine for extracting energy from oscillating water column devices, comprising a rotor comprising a plurality of blades , a shut-off system configured for opening or closing the inlet of air to the rotor , and at least one drive system configured for operating the shut-off system , characterized in that the shut-off system arranged upstream of the rotor comprises a plurality of flaps , each flap being able to rotate with respect to a rotation axis (F), the rotation axis (F) being arranged substantially horizontal and off-centre with respect to the center of gravity (D) and/or with respect to the center of buoyancy (E) of each flap , so that each flap tends to rotate to a closing position when it is not being actuated by the drive system , closing the inlet of air to the rotor .
A gymnastics springboard including an upper portion having a take-off face , a lower portion serving as a support of the springboard on the ground in the use position, the upper portion and the lower portion moving away from each other from an attachment area of the springboard where they are joined, said springboard further including a movable elastic device comprising a upper plate configured to slide on an inner face of the upper portion , a lower plate configured to slide on an inner face of the lower portion , and an elastic member interposed between the upper plate and the lower plate , the inner face of the upper portion and the inner face of the lower portion facing each other, said springboard being characterised in that it includes a system for moving the movable elastic device fastened to the lower plate or to the upper plate , said moving system including a driving wheel , a driven wheel and a flexible link configured to transmit a rotational movement from the driving wheel to the driven wheel , the upper plate or the lower plate being secured to the flexible link so that the rotation of the driving wheel causes sliding of the lower plate on the lower portion and of the upper plate on the upper portion .
An isolated humanized antibody binding to human Glycoprotein VI (hGPVI) or an antibody fragment thereof, wherein the amino acid sequence encoding the heavy chain variable region of said antibody or fragment thereof comprises SEQ ID NO: 7 and the amino acid sequence encoding the light chain variable region of said antibody or fragment thereof comprises SEQ ID NO: 8.
E-cabinet for the installation of e-components of a rail vehicle, wherein the e-cabinet has at least two cabinet walls , of which at least some of the cabinet walls are in the form of supporting parts , of which at least one supporting part is substantially made up of at least one or precisely one extruded profile, characterized in that one cabinet wall is in the form of a door wall , and/or one cabinet wall is in the form of a rear wall of the e-cabinet , and in that the door wall and/or the cabinet wall are each produced from a single original extruded profile or from different original extruded profiles. characterized in that one cabinet wall is in the form of a door wall , and/or one cabinet wall is in the form of a rear wall of the e-cabinet , and in that the door wall and/or the cabinet wall are each produced from a single original extruded profile or from different original extruded profiles.
A facility for forming a fibre batt, in particular nonwoven, comprising a device (20, 21, 22, 23, 24 ; 25) for producing at least one fibre web, in particular at least one nonwoven web , and a crosslapper supplied in the at least one fibre web to provide, at the exit, the fibre batt, the production device comprising a carding drum and at least one doffer roller collecting the fibres on the carding drum and supplying the at least one web to at least one outfeed belt (1 ; 2), the crosslapper having an infeed belt , on which the at least one web is placed for the introduction thereof in the crosslapper, the latter supplying, at the exit, the fibre batt formed of a stack of layers of the at least one web, and first control means of the profile of the thickness and/or of the area bulk density and/or of the bulk density of the web or of each web according to a variation law over time, in particular periodically, into a point of the journey of the web or of each web in the web production device upstream of the infeed belt , characterised by drafting means (10 ; 10', 17 ; 10", 18 ; 110, 111) arranged downstream of the or each outfeed belt of the web production device and upstream of the infeed belt of the crosslapper, in particular directly upstream of the infeed belt of the crosslapper, second control means being provided to control drafting means so as to cause variation in drafting over time, in particular periodically, the actions of the first and second control means being synchronised.
A secondary battery , comprising: a case having an accommodation space and a first opening in communication with the accommodation space ; an electrode component disposed in the accommodation space ; a cover plate being installed at the first opening, wherein at least a part of the cover plate extends into the first opening such that a connection slot is formed by the part of the cover plate extending into the first opening and an inner wall of the case , the connection slot is formed at a joint between the cover plate and the case , and the connection slot extends in a direction away from the accommodation space and throughout a top surface of the cover plate ; and a first connection member being disposed in the connection slot , wherein the cover plate and the case are hermetically connected via the first connection member . a case having an accommodation space and a first opening in communication with the accommodation space ; an electrode component disposed in the accommodation space ; a cover plate being installed at the first opening, wherein at least a part of the cover plate extends into the first opening such that a connection slot is formed by the part of the cover plate extending into the first opening and an inner wall of the case , the connection slot is formed at a joint between the cover plate and the case , and the connection slot extends in a direction away from the accommodation space and throughout a top surface of the cover plate ; and a first connection member being disposed in the connection slot , wherein the cover plate and the case are hermetically connected via the first connection member .