mhurhangee/ep-ind-claims huggingface dataset:
A portable electronic device, comprising: a front housing and a rear housing being fixed to each other, wherein the front housing covers a front side of the rear housing; an area defined in a front surface of the electronic device and provided with a touch panel; and a first operative stick projecting from the front surface of the electronic device, wherein the first operative stick is provided to the left of the touch panel area; a second operative stick projecting from the front surface of the electronic device and being provided to the right of the touch panel area; wherein: the front surface of the electronic device surrounds the touch panel area and is flush with the touch panel area, wherein a plurality of buttons (4a, 4b, 4c, 4d) projecting from the front surface are provided on the right of the touch panel area and are positioned more upper and more outward to the right direction than the second operative stick such that a center position among the buttons (4a, 4b, 4c, 4d) is positioned more rightward than the second operative stick, wherein a respective further button (14R, 14L) is provided on a top surface of the device on the right and on the left of the touch panel area, and wherein an uppermost part of a rear surface of the device is curved toward the top surface. a front housing and a rear housing being fixed to each other, wherein the front housing covers a front side of the rear housing; an area defined in a front surface of the electronic device and provided with a touch panel; and a first operative stick projecting from the front surface of the electronic device, wherein the first operative stick is provided to the left of the touch panel area; a second operative stick projecting from the front surface of the electronic device and being provided to the right of the touch panel area; wherein: the front surface of the electronic device surrounds the touch panel area and is flush with the touch panel area, wherein a plurality of buttons (4a, 4b, 4c, 4d) projecting from the front surface are provided on the right of the touch panel area and are positioned more upper and more outward to the right direction than the second operative stick such that a center position among the buttons (4a, 4b, 4c, 4d) is positioned more rightward than the second operative stick, wherein a respective further button (14R, 14L) is provided on a top surface of the device on the right and on the left of the touch panel area, and wherein an uppermost part of a rear surface of the device is curved toward the top surface.
A vegetated integrated formwork wall comprising: - a first skin, which is intended to be oriented in a first direction, and which has at least one primary through-opening; - a second skin, which is intended to be oriented in a second direction opposite to the first direction, which is parallel to the first skin, and which is positioned at a determined distance from the first skin so as to define an internal volume; - connecting means configured to connect the first skin and the second skin; - on the one hand and at least inside at least part of said internal volume, a culture substrate and, on the other hand, at least one primary holding means, which fills said at least one primary through opening, and which is configured to hold the culture substrate at least inside said at least part of said internal volume; - characterized in that, on the one hand, said at least one primary holding means comprises at least one trough which comprises at least one outer portion which extends or is intended to extend from said first skin and in the first direction and, on the other hand, it comprises mounting means which are configured to mount said at least one trough on the first skin. - a first skin, which is intended to be oriented in a first direction, and which has at least one primary through-opening; - a second skin, which is intended to be oriented in a second direction opposite to the first direction, which is parallel to the first skin, and which is positioned at a determined distance from the first skin so as to define an internal volume; - connecting means configured to connect the first skin and the second skin; - on the one hand and at least inside at least part of said internal volume, a culture substrate and, on the other hand, at least one primary holding means, which fills said at least one primary through opening, and which is configured to hold the culture substrate at least inside said at least part of said internal volume; - characterized in that, on the one hand, said at least one primary holding means comprises at least one trough which comprises at least one outer portion which extends or is intended to extend from said first skin and in the first direction and, on the other hand, it comprises mounting means which are configured to mount said at least one trough on the first skin.
Tamibarotene or a pharmaceutically acceptable salt thereof for use in the treatment of cancer in a subject, wherein the cancer is non-acute promyelocytic leukemia acute myelocytic leukemia (non-APL AML) or myelodysplastic syndrome, and the cancer is determined to i) express elevated RARA mRNA levels relative to a control or ii) have a super enhancer associated with a RARA gene; wherein tamibarotene is administered with at least one of: decitabine, azacitidine, ara-C, daunorubicin, idarubicin, arsenic trioxide and flt3 inhibitors.
Turning tool for machining of workpieces, in particular a boring or recessing tool for machining of holes with a diameter d of ≤ 15 mm, comprising a clamping section and a tool head which comprises a tool shank and a detachable cutting head with at least one cutting edge, wherein the cutting head is fastenable to the tool shank, preferably insertable, on a journal radially aligned and in one piece with the tool shank and / or by a radially aligned and detachable fastening means, and the cutting head is fixable in aligning manner in the longitudinal and transverse directions relative to the rotation axis using curved, angled or bent and shape-complementary contact surfaces (32a, 32b) of the tool shank and of the cutting head that are substantially transverse relative to the rotation axis of the tool and in the form of alignment surfaces between cutting head and tool shank, such that the cutting head is centered on the rotation axis in the radial axis, the contact surface at the axial end of the tool shank being defined and the journal and/or the fastening means being set back in the direction of the clamping section such that fastening of the cutting head to the journal and/or by the fastening means effects an axial pressing together of the contact surfaces (32a, 32b).
A method for performing power management in a mobile device that is a member of a first multicast group, the method comprising: by the mobile device: receiving a first beacon frame comprising first schedule information for the first multicast group, wherein the first schedule information indicates a predicted start time for transmission of one or more data frames addressed to the first multicast group; entering a Doze state a first time based at least in part on the first schedule information; exiting the Doze state not later than the predicted start time for transmission of one or more data frames addressed to the first multicast group; detecting, after the exiting the Doze state, a frame addressed to a second multicast group, different than the first multicast group; entering the Doze state a second time at least partly in response to the detecting the frame addressed to the second multicast group; exiting the Doze state in time to receive a second beacon frame; and receiving the second beacon frame, the second beacon frame comprising second schedule information for the first multicast group, the second schedule information comprising a new predicted start time for transmission of the one or more data frames addressed to the first multicast group. receiving a first beacon frame comprising first schedule information for the first multicast group, wherein the first schedule information indicates a predicted start time for transmission of one or more data frames addressed to the first multicast group; entering a Doze state a first time based at least in part on the first schedule information; exiting the Doze state not later than the predicted start time for transmission of one or more data frames addressed to the first multicast group; detecting, after the exiting the Doze state, a frame addressed to a second multicast group, different than the first multicast group; entering the Doze state a second time at least partly in response to the detecting the frame addressed to the second multicast group; exiting the Doze state in time to receive a second beacon frame; and receiving the second beacon frame, the second beacon frame comprising second schedule information for the first multicast group, the second schedule information comprising a new predicted start time for transmission of the one or more data frames addressed to the first multicast group.
Flap device for an internal combustion engine comprising a flow housing in which a channel through which a flow can pass is configured, a flap body which is arranged rotatably in the channel a shaft on which the flap body is attached, bearings (18, 22) which are arranged in bearing spaces (20, 24) of the flow housing projecting into the duct through which flow can take place and in which the shaft is rotatably mounted, characterized in that each bearing (18, 22) comprises at least one projection (26, 28) which extends over a partial circumference of the respective bearing (18, 22), which projection projects axially into the channel over a region of an outer flap edge of the flap body close to the shaft and, viewed in the circumferential direction, is arranged outside the region through which the flap body can pass, wherein a gap between an inner wall of the flow housing and the flap body is closed by the projections (26, 28). a flap body which is arranged rotatably in the channel a shaft on which the flap body is attached, bearings (18, 22) which are arranged in bearing spaces (20, 24) of the flow housing projecting into the duct through which flow can take place and in which the shaft is rotatably mounted, characterized in that each bearing (18, 22) comprises at least one projection (26, 28) which extends over a partial circumference of the respective bearing (18, 22), which projection projects axially into the channel over a region of an outer flap edge of the flap body close to the shaft and, viewed in the circumferential direction, is arranged outside the region through which the flap body can pass, wherein a gap between an inner wall of the flow housing and the flap body is closed by the projections (26, 28).
A storage system, comprising: a plurality of storage units (MOD1,... MODN) configured to be separated from each other and connected to each other in series and/or in parallel; and an output controller (ICNT) connected to the plurality of storage units (MOD1,...MODN) through a communication path and adapted to receive information of a measured total output voltage (V(Total)) of the plurality of storage units (MOD1,... MODN) and to receive information of individual output voltages (V,... V) of the storage units (MOD1,...MODN) as a result of communication through the communication path, characterized in that the output controller (ICNT) is adapted to detect a connection mode of the storage units (MOD1,... MODN) from the information of the total output voltage (V(Total)) and the information of the individual output voltages (V,... V) of the storage units (MOD1,... MODN) and the output controller (ICNT) is adapted to control the storage units (MOD1,... MODN) according to a detection result of the connection mode of the storage units (MOD1,... MODN). a plurality of storage units (MOD1,... MODN) configured to be separated from each other and connected to each other in series and/or in parallel; and an output controller (ICNT) connected to the plurality of storage units (MOD1,...MODN) through a communication path and adapted to receive information of a measured total output voltage (V(Total)) of the plurality of storage units (MOD1,... MODN) and to receive information of individual output voltages (V,... V) of the storage units (MOD1,...MODN) as a result of communication through the communication path, characterized in that the output controller (ICNT) is adapted to detect a connection mode of the storage units (MOD1,... MODN) from the information of the total output voltage (V(Total)) and the information of the individual output voltages (V,... V) of the storage units (MOD1,... MODN) and the output controller (ICNT) is adapted to control the storage units (MOD1,... MODN) according to a detection result of the connection mode of the storage units (MOD1,... MODN).
A nanoparticle comprising a polymer containing a polyol and a polymer containing a nitrophenylboronic acid, wherein the polymer containing a nitrophenylboronic acid is conjugated to the polymer containing a polyol with a reversible borate ester linkage, and wherein the polymer containing the polyol is derived from the coupling of a compound of Formula A with a compound of Formula B; wherein the compound of Formula A is: or wherein the spacer is independently selected from any organic group; the amino acid is selected from any organic group bearing a free amine and a free carboxylic acid group; n is 1-20; and Z 1 is independently selected from -NH 2, -OH, -SH, and -COOH; and the compound of Formula B is: in which q is a number from 1 to 20; p is a number from 20 to 200; and L is a leaving group. wherein the polymer containing a nitrophenylboronic acid is conjugated to the polymer containing a polyol with a reversible borate ester linkage, and wherein the polymer containing the polyol is derived from the coupling of a compound of Formula A with a compound of Formula B; the spacer is independently selected from any organic group; the amino acid is selected from any organic group bearing a free amine and a free carboxylic acid group; n is 1-20; and Z 1 is independently selected from -NH 2, -OH, -SH, and -COOH; and q is a number from 1 to 20; p is a number from 20 to 200; and L is a leaving group.
A processor comprising: fetch and decode circuitry to fetch and decode an instruction specifying a ternary tile operation, and locations of destination and first, second, and third source matrices, each of the matrices having M rows by N columns; and decode circuitry to decode the fetched instruction; and execution circuitry (2116, 2136, 2156, 2176) to respond to the decoded instruction by, for each equal-sized group of K elements of the specified first, second, and third source matrices, generate K results by performing the ternary tile operation on K corresponding elements of the specified first, second, and third source matrices, and store each of the K results to a corresponding element of the specified destination matrix; and wherein corresponding elements of the specified source and destination matrices occupy a same relative position within their associated matrices, wherein each of the K elements in the equal-sized groups of elements of the specified first, second and third source matrices has an element width of one bit, wherein the ternary tile operation is a bitwise operation, and wherein execution circuitry (2116, 2136, 2156, 2176) is to perform the ternary tile operation on every corresponding bit of every corresponding element of every corresponding row of the first, second, and third source matrices. fetch and decode circuitry to fetch and decode an instruction specifying a ternary tile operation, and locations of destination and first, second, and third source matrices, each of the matrices having M rows by N columns; and decode circuitry to decode the fetched instruction; and execution circuitry (2116, 2136, 2156, 2176) to respond to the decoded instruction by, for each equal-sized group of K elements of the specified first, second, and third source matrices, generate K results by performing the ternary tile operation on K corresponding elements of the specified first, second, and third source matrices, and store each of the K results to a corresponding element of the specified destination matrix; and wherein corresponding elements of the specified source and destination matrices occupy a same relative position within their associated matrices, wherein each of the K elements in the equal-sized groups of elements of the specified first, second and third source matrices has an element width of one bit, wherein the ternary tile operation is a bitwise operation, and wherein execution circuitry (2116, 2136, 2156, 2176) is to perform the ternary tile operation on every corresponding bit of every corresponding element of every corresponding row of the first, second, and third source matrices.
A method for assembling a handle in door leaf panel of a motor vehicle, characterized in that: - during a first step, we start with assembling from the outside of said panel, a hinge end of a gripping lever of a motor vehicle door leaf handle in a first hinge cavity of said panel and said fixed positioning body in a second positioning cavity of said panel, and - during a second step subsequent to said first step, we insert a lock body into said fixed positioning body from the outside of said panel, we screw a fastening screw into said lock body through said fixed positioning body from the inside of said panel, and we screw a fastening screw into the hinge end from the inside of said panel. - during a first step, we start with assembling from the outside of said panel, a hinge end of a gripping lever of a motor vehicle door leaf handle in a first hinge cavity of said panel and said fixed positioning body in a second positioning cavity of said panel, and - during a second step subsequent to said first step, we insert a lock body into said fixed positioning body from the outside of said panel, we screw a fastening screw into said lock body through said fixed positioning body from the inside of said panel, and we screw a fastening screw into the hinge end from the inside of said panel.
An antenna structure comprising: a first signal connector; a second signal connector; a cavity antenna defined by a set of planar walls (3, 4, 5), the cavity antenna being coupled to the first signal connector and configured for emitting a field polarized linearly in a first direction when driven by a signal at the first signal connector; a dipole antenna defined by a pair of arms (8, 9) that are integrated with a wall of the cavity antenna, the dipole antenna being coupled to the second signal connector and configured for emitting a field polarized linearly in a second direction offset from the first direction when driven by a signal at the second signal connector, wherein the cavity comprises a slit extending between the dipole arms (8, 9) at least part-way through the wall of the cavity. a first signal connector; a second signal connector; a cavity antenna defined by a set of planar walls (3, 4, 5), the cavity antenna being coupled to the first signal connector and configured for emitting a field polarized linearly in a first direction when driven by a signal at the first signal connector; a dipole antenna defined by a pair of arms (8, 9) that are integrated with a wall of the cavity antenna, the dipole antenna being coupled to the second signal connector and configured for emitting a field polarized linearly in a second direction offset from the first direction when driven by a signal at the second signal connector, wherein the cavity comprises a slit extending between the dipole arms (8, 9) at least part-way through the wall of the cavity.
A magnetic field sensor (100; 150; 200; 220; 240) for sensing an external magnetic field, comprising: at least two magnetic field sensing elements (104, 106); and a switching circuit coupled to the at least two magnetic field sensing elements, wherein the switching circuit is configured to couple the at least two magnetic field sensing elements into first and second different coupling configurations, wherein the at least two magnetic field sensing elements are configured to generate: a first signal (152a, 152b; 201 a, 201 b; 221 a, 221 b; 241 a, 241 b) responsive to a diagnostic magnetic field, which comprises at least two fields in different directions, and substantially unresponsive to the external magnetic field when the at least two field sensing elements (104, 106) are coupled in the first coupling configuration; and a second different signal (1 02a, 102b) responsive to the external magnetic field and substantially unresponsive to the diagnostic magnetic field when the at least two field sensing elements are coupled in the second coupling configuration. at least two magnetic field sensing elements (104, 106); and a switching circuit coupled to the at least two magnetic field sensing elements, wherein the switching circuit is configured to couple the at least two magnetic field sensing elements into first and second different coupling configurations, wherein the at least two magnetic field sensing elements are configured to generate: a first signal (152a, 152b; 201 a, 201 b; 221 a, 221 b; 241 a, 241 b) responsive to a diagnostic magnetic field, which comprises at least two fields in different directions, and substantially unresponsive to the external magnetic field when the at least two field sensing elements (104, 106) are coupled in the first coupling configuration; and a second different signal (1 02a, 102b) responsive to the external magnetic field and substantially unresponsive to the diagnostic magnetic field when the at least two field sensing elements are coupled in the second coupling configuration.
Luggage case comprising: a first shell hingedly connected together with a second shell, each of the first shell and second shell having a first peripheral rim and a second peripheral rim respectively that abut together in a closed configuration, wherein: the first peripheral rim includes a slot recess; the second peripheral rim (250 includes a first projecting flange (230, 260) that is engaged within the slot recess when the first shell and the second shell are in the closed configuration; and at least one of the first shell and second shell includes a second projecting flange (230, 260) that is arranged to project beyond and be engaged inwardly of the peripheral rim of the opposing shell. the first peripheral rim includes a slot recess; the second peripheral rim (250 includes a first projecting flange (230, 260) that is engaged within the slot recess when the first shell and the second shell are in the closed configuration; and at least one of the first shell and second shell includes a second projecting flange (230, 260) that is arranged to project beyond and be engaged inwardly of the peripheral rim of the opposing shell.