mhurhangee/patent-ind-claim-en huggingface dataset:
A printing apparatus comprising: a transport belt configured to transport a printing medium in a transport direction; a cleaning tank configured to store cleaning liquid; and a plurality of cleaning rollers , each of which includes a rotating shaft having a columnar shape, is rotatably dipped in the cleaning liquid and is in contact with the transport belt, wherein each of the plurality of cleaning rollers includes a spiral brush configured to generate liquid flow for directing the cleaning liquid in one direction by the rotation of the cleaning roller, the spiral brush being wound around the rotating shaft and the one direction being a direction parallel to the rotating shaft , wherein at least one of the plurality of cleaning rollers has a spiral brush that is wound around the rotating shaft in a different one of a clockwise direction and an anticlockwise direction compared to another of the plurality of cleaning rollers , and the at least one of the plurality of cleaning rollers is configured to be rotated in a different one of the clockwise direction and the anticlockwise direction compared to the other of the plurality of cleaning rollers . a transport belt configured to transport a printing medium in a transport direction; a cleaning tank configured to store cleaning liquid; and a plurality of cleaning rollers , each of which includes a rotating shaft having a columnar shape, is rotatably dipped in the cleaning liquid and is in contact with the transport belt, wherein each of the plurality of cleaning rollers includes a spiral brush configured to generate liquid flow for directing the cleaning liquid in one direction by the rotation of the cleaning roller, the spiral brush being wound around the rotating shaft and the one direction being a direction parallel to the rotating shaft , wherein at least one of the plurality of cleaning rollers has a spiral brush that is wound around the rotating shaft in a different one of a clockwise direction and an anticlockwise direction compared to another of the plurality of cleaning rollers , and the at least one of the plurality of cleaning rollers is configured to be rotated in a different one of the clockwise direction and the anticlockwise direction compared to the other of the plurality of cleaning rollers .
A roof window comprising a frame , a sash , and a locking assembly connecting the sash with the frame , in which the locking assembly is provided with at least one deformation section configured to allow the locking assembly to undergo plastic deformation when the roof window is subjected to a sudden, severe load change such as an impact, said at least one deformation section being provided in a lock casing of the locking assembly . characterised in that said at least one deformation section includes at least one deformation slit adjoining an arcuate track in the lock casing .
An assembly comprising a wall , a floor , and a folding shelf comprising: - a body extending in a transverse direction (T) of the shelf , the body being attached to the wall , - a plurality of panels comprising at least one first panel rotatably mounted on the body about a first axis of rotation (R1) substantially parallel to the transverse direction (T), and at least one second panel rotatably mounted on the first panel about a second axis of rotation (R2), the shelf being movable between: - a mechanically stable, unfolded configuration in which the panels extend in line with each other and in a longitudinal direction (L) substantially perpendicular to the transverse direction (T) and substantially horizontal or intended to be horizontal, and - a mechanically stable, folded configuration in which the first panel and the second panel form an acute angle (α) with each other about the second axis of rotation (R2), characterised in that , in the unfolded position: - the panels together have a longitudinal extension (L1) greater than 500 mm, preferably greater than 600 mm, and - at least one of the panels , preferably all of them, rests on a support surface defined by the wall . - a body extending in a transverse direction (T) of the shelf , the body being attached to the wall , - a plurality of panels comprising at least one first panel rotatably mounted on the body about a first axis of rotation (R1) substantially parallel to the transverse direction (T), and at least one second panel rotatably mounted on the first panel about a second axis of rotation (R2), the shelf being movable between: - a mechanically stable, unfolded configuration in which the panels extend in line with each other and in a longitudinal direction (L) substantially perpendicular to the transverse direction (T) and substantially horizontal or intended to be horizontal, and - a mechanically stable, folded configuration in which the first panel and the second panel form an acute angle (α) with each other about the second axis of rotation (R2), - a mechanically stable, unfolded configuration in which the panels extend in line with each other and in a longitudinal direction (L) substantially perpendicular to the transverse direction (T) and substantially horizontal or intended to be horizontal, and - a mechanically stable, folded configuration in which the first panel and the second panel form an acute angle (α) with each other about the second axis of rotation (R2), characterised in that , in the unfolded position: - the panels together have a longitudinal extension (L1) greater than 500 mm, preferably greater than 600 mm, and - at least one of the panels , preferably all of them, rests on a support surface defined by the wall . - the panels together have a longitudinal extension (L1) greater than 500 mm, preferably greater than 600 mm, and - at least one of the panels , preferably all of them, rests on a support surface defined by the wall .
A refrigerated showcase with which foodstuffs are displayed, the refrigerated showcase comprising: a display chamber in which the foodstuffs are displayed; a cover which covers at least the front side of said display chamber; a mounting lateral surface which is formed in said display chamber and constitutes a surface on the side where the foodstuffs are placed; and a vent which is positioned directly above said mounting lateral surface and from which refrigerated air is vented; wherein said cover is configured such that the foodstuffs displayed in said display chamber can be viewed from the outside, wherein said vent is positioned behind the front end of said mounting lateral surface in plan view, and wherein the direction in which the air is vented from said vent is oriented forward in plan view, characterized in that the refrigerated showcase has an inside openable/closable opening constituting an opening to open and close a back surface side of said display chamber, an outside openable/closable opening constituting an opening to open and close a back surface side portion of an outer wall of the refrigerated showcase, wherein said inside openable/closable opening and said outside openable/closable opening are respectively positioned such as to be at least partly overlapped together in a back view, and wherein a back-side flow passage serving as a flow passage which permits the refrigerated air to flow therethrough is formed between said inside openable/closable opening and said outside openable/closable opening. a display chamber in which the foodstuffs are displayed; a cover which covers at least the front side of said display chamber; a mounting lateral surface which is formed in said display chamber and constitutes a surface on the side where the foodstuffs are placed; and a vent which is positioned directly above said mounting lateral surface and from which refrigerated air is vented; wherein said cover is configured such that the foodstuffs displayed in said display chamber can be viewed from the outside, wherein said vent is positioned behind the front end of said mounting lateral surface in plan view, and wherein the direction in which the air is vented from said vent is oriented forward in plan view, characterized in that the refrigerated showcase has an inside openable/closable opening constituting an opening to open and close a back surface side of said display chamber, an outside openable/closable opening constituting an opening to open and close a back surface side portion of an outer wall of the refrigerated showcase, wherein said inside openable/closable opening and said outside openable/closable opening are respectively positioned such as to be at least partly overlapped together in a back view, and wherein a back-side flow passage serving as a flow passage which permits the refrigerated air to flow therethrough is formed between said inside openable/closable opening and said outside openable/closable opening.
A micro-fluid chip having a channel structure through which a fluid is delivered, the channel structure comprising: a main channel having an inflow port through which the fluid enters, and an outflow port through which the fluid flows out; a plurality of branch channels connected to the main channel , each of the branch channels (11, 12 13) having an inflow end on a side connected to the main channel and an outflow end that is an end portion on an opposite side to the inflow end; and a sub-branch channel connected to the main channel between at least one pair of adjacent branch channels (11/12, 12/13) among the plurality of branch channels , the sub-branch channel having an inflow end on a side connected to the main channel , and the sub-branch channel having no outflow end; characterized in that the channel structure further comprises a connection channel connected to the outflow end side of the plurality of branch channels , wherein the connection channel is connected to the main channel . a main channel having an inflow port through which the fluid enters, and an outflow port through which the fluid flows out; a plurality of branch channels connected to the main channel , each of the branch channels (11, 12 13) having an inflow end on a side connected to the main channel and an outflow end that is an end portion on an opposite side to the inflow end; and a sub-branch channel connected to the main channel between at least one pair of adjacent branch channels (11/12, 12/13) among the plurality of branch channels , the sub-branch channel having an inflow end on a side connected to the main channel , and the sub-branch channel having no outflow end;
A game controller capable of reading data from an external storage device through contactless communication, the game controller comprising: a first substrate provided in a housing ; a second substrate provided in the housing and placed closer to a back surface of the game controller than the first substrate is, an antenna used for the contactless communication which is placed on the first substrate and a switch placed on the first substrate for detecting an operation on an operation button , characterized in that the antenna is placed on a back surface of the first substrate , and in that the switch is provided on a front surface of the first substrate . a first substrate provided in a housing ; a second substrate provided in the housing and placed closer to a back surface of the game controller than the first substrate is, an antenna used for the contactless communication which is placed on the first substrate and a switch placed on the first substrate for detecting an operation on an operation button , characterized in that the antenna is placed on a back surface of the first substrate , and in that the switch is provided on a front surface of the first substrate .
A processing circuit for a wireless transmitter , the processing circuit comprising: a phase rotation sequence generation unit configured to generate, on a basis of input transmit bits, a phase rotation sequence in which a frequency response has a bandwidth, wherein the phase rotation sequence generation unit is configured to generate the phase rotation sequence according to the expression: x m = s m × c m = exp j 2 π km / M × exp j π × r × m × m / M = exp j 2 π k + 0.5 r × m m / M , where m represents a sample number, x(m) represents the phase rotation sequence, M represents a sequence length of the phase rotation sequence, k represents a parameter corresponding to the transmit bits, 0≤k<M, s(m) represents a first phase rotation sequence, c(m) represents a second phase rotation sequence, j represents an imaginary unit, and r represents a parameter indicating a type of the second phase rotation sequence c(m); an up-sampling unit configured to perform up-sampling processing of multiplying a sample rate of the phase rotation sequence by a predetermined coefficient L and replicating a number of samples of the phase rotation sequence L-fold to provide a post-up-sampling phase rotation sequence, wherein L is an integer of 2 or more; and a frequency shift unit configured to shift, by a specified amount of shift on a frequency axis, a frequency component of the post-up-sampling phase rotation sequence. a phase rotation sequence generation unit configured to generate, on a basis of input transmit bits, a phase rotation sequence in which a frequency response has a bandwidth, wherein the phase rotation sequence generation unit is configured to generate the phase rotation sequence according to the expression: x m = s m × c m = exp j 2 π km / M × exp j π × r × m × m / M = exp j 2 π k + 0.5 r × m m / M , where m represents a sample number, x(m) represents the phase rotation sequence, M represents a sequence length of the phase rotation sequence, k represents a parameter corresponding to the transmit bits, 0≤k<M, s(m) represents a first phase rotation sequence, c(m) represents a second phase rotation sequence, j represents an imaginary unit, and r represents a parameter indicating a type of the second phase rotation sequence c(m); an up-sampling unit configured to perform up-sampling processing of multiplying a sample rate of the phase rotation sequence by a predetermined coefficient L and replicating a number of samples of the phase rotation sequence L-fold to provide a post-up-sampling phase rotation sequence, wherein L is an integer of 2 or more; and a frequency shift unit configured to shift, by a specified amount of shift on a frequency axis, a frequency component of the post-up-sampling phase rotation sequence.
A method for data retransmission, comprising: receiving control information, by a second terminal device, from a network device; sending first data (S610), by a second terminal device, to a first terminal device through device to device, D2D, communication; receiving feedback information of the first terminal device responsive to the first data, by the second terminal device, wherein the feedback information comprises a negative acknowledgment, NACK, message; sending, by the second terminal device, a resource request message to the network device, according to the feedback information of the first terminal device responsive to the first data, wherein the resource request message is used for requesting a retransmission resource; obtaining (S620) the retransmission resource by the second terminal device; and retransmitting (S630) the first data, by the second terminal device, to the first terminal device on the retransmission resource through D2D communication, according to the feedback information of the first terminal device responsive to the first data; wherein a resource used for sending the resource request message by the second terminal device to the network device, is indicated by the network device in the control information, and the control information is indicative of a resource used for sending the first data by the second terminal device. receiving control information, by a second terminal device, from a network device; sending first data (S610), by a second terminal device, to a first terminal device through device to device, D2D, communication; receiving feedback information of the first terminal device responsive to the first data, by the second terminal device, wherein the feedback information comprises a negative acknowledgment, NACK, message; sending, by the second terminal device, a resource request message to the network device, according to the feedback information of the first terminal device responsive to the first data, wherein the resource request message is used for requesting a retransmission resource; obtaining (S620) the retransmission resource by the second terminal device; and retransmitting (S630) the first data, by the second terminal device, to the first terminal device on the retransmission resource through D2D communication, according to the feedback information of the first terminal device responsive to the first data; wherein a resource used for sending the resource request message by the second terminal device to the network device, is indicated by the network device in the control information, and the control information is indicative of a resource used for sending the first data by the second terminal device.
A cosmetic refill intended to be inserted in a removable manner into a housing of a system for treating the hair, comprising: - a body comprising a cavity forming a reservoir containing a hair product in a liquid form, the reservoir having an opening , - a porous application member extending partially into the reservoir through the opening , the application member being fixed in the reservoir when the refill is used, the application member extending over only a portion of the width K of the reservoir , the application member having at least two opposite sides extending at least partially into the reservoir and at least partially in contact with the hair product contained in the reservoir . - a body comprising a cavity forming a reservoir containing a hair product in a liquid form, the reservoir having an opening , - a porous application member extending partially into the reservoir through the opening , the application member being fixed in the reservoir when the refill is used, the application member extending over only a portion of the width K of the reservoir , the application member having at least two opposite sides extending at least partially into the reservoir and at least partially in contact with the hair product contained in the reservoir .
An inspection system weighing less than 20,000 kg comprising: a vehicle having a first axle proximate to a front of said vehicle and a rear axle proximate to a back of said vehicle wherein a first area is bounded by the rear axle extending to the front of said vehicle and a second area is bounded by the rear axle extending to the back of said vehicle; a radiological source ; and a boom movably attached to said vehicle and having stowed and deployed configurations, wherein said boom comprises a vertical support , a vertical boom and a horizontal boom , wherein the horizontal boom is attached at one of its ends to the top of the vertical support and the other end of the horizontal boom is hinged to the vertical boom; characterized in that : the base of the vertical support is hinged about a pivot point ; and the inspection system further comprises an actuator configured to move the vertical support from a substantially horizontal orientation to a vertical orientation about the pivot point thereby moving the boom from a stowed to a deployed configuration. a vehicle having a first axle proximate to a front of said vehicle and a rear axle proximate to a back of said vehicle wherein a first area is bounded by the rear axle extending to the front of said vehicle and a second area is bounded by the rear axle extending to the back of said vehicle; a radiological source ; and a boom movably attached to said vehicle and having stowed and deployed configurations, wherein said boom comprises a vertical support , a vertical boom and a horizontal boom , wherein the horizontal boom is attached at one of its ends to the top of the vertical support and the other end of the horizontal boom is hinged to the vertical boom; characterized in that : the base of the vertical support is hinged about a pivot point ; and the inspection system further comprises an actuator configured to move the vertical support from a substantially horizontal orientation to a vertical orientation about the pivot point thereby moving the boom from a stowed to a deployed configuration. the base of the vertical support is hinged about a pivot point ; and the inspection system further comprises an actuator configured to move the vertical support from a substantially horizontal orientation to a vertical orientation about the pivot point thereby moving the boom from a stowed to a deployed configuration.
A fiber optic distribution cable assembly , comprising: a distribution cable comprising a plurality of optical fibers and having at least one predetermined mid-span access location positioned along the length of the distribution cable ; at least one optical fiber of the distribution cable accessed at the mid-span access location ; a tether comprising a first end attached to the distribution cable at the mid-span access location ; wherein the tether comprises at least one optical fiber optically connected to the at least one terminated optical fiber of the distribution cable ; and an overmolded body is formed from a flexible material encapsulating the mid-span access location , characterized in that the at least one optical fiber of the tether is optically connected to the at least one accessed optical fiber of the distribution cable at a splice point outside the overmolded body . a distribution cable comprising a plurality of optical fibers and having at least one predetermined mid-span access location positioned along the length of the distribution cable ; at least one optical fiber of the distribution cable accessed at the mid-span access location ; a tether comprising a first end attached to the distribution cable at the mid-span access location ; wherein the tether comprises at least one optical fiber optically connected to the at least one terminated optical fiber of the distribution cable ; and an overmolded body is formed from a flexible material encapsulating the mid-span access location , characterized in that the at least one optical fiber of the tether is optically connected to the at least one accessed optical fiber of the distribution cable at a splice point outside the overmolded body .